Doc. | Abbreviation | Meaning | comment |
---|---|---|---|
279 | .arxml | Autosar Extensible Markup Language File | |
25 | (G)TD | (Global) Time Domain | |
52 | (G)TD | (Global) Time Domain | |
190 | (G)TD | (Global) Time Domain | |
195 | (G)TD | (Global) Time Domain | |
196 | (G)TD | (Global) Time Domain | |
197 | (G)TD | (Global) Time Domain | |
197 | (G)TM | (Global) Time Master | |
25 | (G)TM | (Global)Time Master | |
52 | (G)TM | (Global)Time Master | |
190 | (G)TM | (Global)Time Master | |
195 | (G)TM | (Global)Time Master | |
196 | (G)TM | (Global)Time Master | |
252 | 1oo2 | one out of two | |
252 | 2oo2 | two out of two | |
252 | 2oo3 | two out of three | |
96 | A2L | File Extension for an ASAM 2MC Language File | |
209 | A2L | File Extension for an ASAM 2MC Language File | |
16 | AA | Adaptive Application | |
234 | AA | Adaptive Application | |
127 | AA | AUTOSAR Adaptive Application | |
287 | AB | Airbag | |
225 | ABI | Application Binary Interface | |
163 | abs | Absolute value | |
164 | Abs | Absolute value | |
280 | ABS | Antilock Braking System | |
164 | AbsDiff | Absolute value of a difference | |
139 | AC | (Flash) access code – abbreviation introduced to keep the names of the configuration parameters reasonably short. | |
181 | AC | J1939 AddressClaimed PG (PGN = 0x0EE00) | |
182 | AC | J1939 AddressClaimed PG (PGN = 0x0EE00) | |
280 | ACC | Adaptive Cruise Control | |
287 | ACC | Adaptive Cruise Controll | |
301 | ACK | Flag Acknowledgment field significant in TCP Header | |
182 | ACK | J1939 Acknowledgement PG (ACKM) with control byte set to 0 | |
180 | ACKM | Acknowledgement Message, J1939 PGN 0E80016 | |
182 | ACKM | J1939 Acknowledgement PG (PGN = 0x0E800) | |
19 | AD | Automated Driving | |
252 | AD | Automated Driving | |
252 | ADAS | Advanced Driver Assistance System | |
16 | ADAS | Autonomous Driving and Assistance System AP AUTOSAR Adaptive Platform | |
229 | Adc | ADC Driver | *1 |
234 | ADC | Analog Digital Converter | |
72 | ADC | Analog to Digital converter | |
121 | ADC | Analog to Digital Converter | |
271 | ADC | Analog to Digital converter | |
18 | ADC | Analog-Digital Converter | |
55 | ADC | Analogue Digital Converter | |
97 | ADC | Analogue Digital Converter | |
86 | ADC | Analogue to Digital Converter | |
164 | Add | Addition | |
19 | ADI | Automated Driving Interfaces | |
252 | ADS | Automated Driving Systems | |
119 | AEAD | Authenticated Encryption with Associated Data | |
19 | AEB | Autonomous Emergency Braking | |
61 | AES | Advanced Encryption Standard | |
217 | AES | Advanced Encryption Standard | |
243 | AES | Advanced Encryption Standard | |
144 | AF | Acknowledge Frame (please refer to ISO 10681-2) | *5 |
142 | AF | Acknowledgement Frame | |
10 | AH | Autenticating Header protocol | |
206 | AI | Alive Indication | |
287 | AI | Application Interface | |
279 | AI | Application Interface | |
278 | AI | Application Interfaces | |
286 | AI | Application interfaces | |
278 | AIBC | Application Interfaces "Body and Comfort" | |
278 | AICS | Application Interfaces "Chassis" | |
278 | AIDPC | Application Interface Design Pattern Catalogue | |
208 | AIFS | Arbitration Inter Frame Space | |
278 | AIHMI | Application Interfaces "HMI Multimedia and Telematics" | |
278 | AIOPS | Application Interfaces "Occupant and pedestrian Safety" | |
278 | AIPT | Application Interfaces "Powertrain" | |
278 | AISE | XML Examples of Application Interfaces | |
278 | AIUG | Application Interfaces User Guide | |
280 | ALatRel | Lateral acceleration difference between the ego vehicle and the object. | |
278 | ALEH | Application Level Error Handling | |
280 | ALgtRel | Longitudinal accel- eration difference between the ego vehicle and the object. | |
280 | ALgtRel | Longitudinal acceleration difference between the ego vehicle and the object. | |
297 | allSystemMCastAddr | Refers to the multicast address of All Systems on a Subnet | |
112 | ALU | Arithmetic Logic Unit | |
234 | AMM | Application Mode Management | |
16 | AMP | Accelerated Massive Parallelism | |
278 | ANM | Adaptive Network Management | |
287 | AP | Actuator Pool | |
41 | AP | Adaptive Platform | |
210 | AP | Adaptive Platform | |
231 | AP | Adaptive Platform | |
239 | AP | Adaptive Platform | |
127 | AP | AUTOSAR Adaptive Platform | |
225 | AP | AUTOSAR Adaptive Platform | *2 |
234 | AP | AUTOSAR Adaptive Platform | *2 |
252 | AP | AUTOSAR Adaptive Platform | |
107 | API | Application Program Interface | |
136 | API | Application Program Interface | |
146 | API | Application program interface | *5 |
147 | API | Application Program Interface | |
159 | API | Application Program Interface | |
160 | API | Application Program Interface | |
68 | API | Application Programming Interface | |
69 | API | Application Programming Interface | |
84 | API | Application Programming Interface | |
97 | API | Application Programming Interface | |
108 | API | Application Programming Interface | |
114 | API | Application Programming Interface | |
123 | API | Application Programming Interface | |
124 | API | Application Programming Interface | |
143 | API | Application Programming Interface | |
148 | API | Application Programming Interface | |
149 | API | Application Programming Interface | |
170 | API | Application Programming Interface | |
178 | API | Application Programming Interface | |
188 | API | Application Programming Interface | |
198 | API | Application Programming Interface | |
201 | API | Application Programming Interface | |
203 | API | Application Programming Interface | |
210 | API | Application Programming Interface | |
212 | API | Application Programming Interface | |
217 | API | Application Programming Interface | |
219 | API | Application Programming Interface | |
225 | API | Application Programming Interface | |
234 | API | Application Programming Interface | |
253 | API | Application Programming Interface | |
272 | API | Application Programming Interface | |
288 | API | Application Programming Interface | |
298 | API | Application Programming Interface | |
77 | API | Application Programming Interface. Preferred term is "function". | |
125 | APID | Application ID | |
199 | Application Error | Errors returned by UCM | |
164 | AR | Autosar | |
170 | AR | AUTOSAR | |
285 | AR | AUTOSAR | |
288 | AR | AUTOSAR | |
77 | AR, AR_ | Abbreviation used in place of AUTOSAR | |
278 | ara | Autosar API (in combination with a cluster name ex: ara::rest) | |
16 | ARA | AUTOSAR Run-time for Applications | |
234 | ARA | AUTOSAR Runtime for Adaptive Applications | |
252 | ARA | AUTOSAR Runtime for Adaptive Applications | |
133 | Arccos | Inverse Cosine | |
133 | Arcsin | Inverse Sine | |
278 | ArModC | Autosar Model Constraints | |
64 | ARP | Address Resolution Protocol | |
126 | ARP | Address Resolution Protocol | |
185 | ARP | Address Resolution Protocol | |
191 | ARP | Address Resolution Protocol | |
234 | ARP | Address Resolution Protocol | |
37 | ARTI | AUTOSAR Run Time Interface | |
258 | ARTI | AUTOSAR Run Time Interface | |
234 | ARTI | AUTOSAR Run-Time Interface | |
278 | Arti | AUTOSAR Run-Time Interface | |
278 | ARTI | AUTOSAR Run-Time Interface | |
211 | ARXML | AUTOSAR XML | |
217 | ARXML | AUTOSAR XML | |
225 | ARXML | AUTOSAR XML | |
210 | ARXML | AutosarR XML | |
237 | ASA | Active Steering Actuator | |
96 | ASAM | Association for Standardization of Automation and Measuring Systems | |
209 | ASAM | Association for Standardization of Automation and Measuring Systems | |
234 | ASAM | Association for Standardization of Automation and Measuring systems | |
210 | ASD | Abstract System Description | |
234 | ASD | Abstract System Description | |
7 | ASIL | Automotive Safety Integrity Level | |
18 | ASIL | Automotive Safety Integrity Level | |
218 | ASIL | Automotive Safety Integrity Level | |
252 | ASIL | Automotive Safety Integrity Level | |
270 | ASIL | Automotive Safety Integrity Level | |
234 | ASIL | Automotive Safety Integrity Levels | |
278 | ASR | ARXML Serialization Rules | |
278 | ASR | ARXML Serialization Rules | |
234 | ASW | Application SoftWare | |
278 | ASWS | Abstract Software Specification | |
290 | AT | Acceptance Test | |
291 | AT | Acceptance Test | |
292 | AT | Acceptance Test | |
293 | AT | Acceptance Test | |
295 | AT | Acceptance Test | |
296 | AT | Acceptance Test | |
297 | AT | Acceptance Test | |
298 | AT | Acceptance Test | |
299 | AT | Acceptance Test | |
300 | AT | Acceptance Test | |
301 | AT | Acceptance Test | |
302 | AT | Acceptance Test | |
303 | AT | Acceptance Test | |
94 | AT | Authorization Ticket | |
294 | AT1 | Acceptance Test | |
278 | ATBM | Interaction with Behavioral Models | |
217 | ATP | AUTOSAR Template Profile | |
278 | ATR | Acceptance Test Requirement | |
4 | ATS | Acceptance Test Specification | |
278 | ATS | Acceptance Test Specification | |
234 | ATS | Acceptance Test Suite | |
284 | ATWS | Anti-Theft Warning System | |
41 | AUTOSAR | Automotive Open System Architecture | |
96 | AUTOSAR | AUTomotive Open System ARchitecture | |
144 | AUTOSAR | Automotive Open System Architecture | |
147 | AUTOSAR | Automotive Open System Architecture | |
148 | AUTOSAR | Automotive Open System Architecture | |
157 | AUTOSAR | Automotive Open System Architecture | |
159 | AUTOSAR | Automotive Open System Architecture | |
209 | AUTOSAR | AUTomotive Open System ARchitecture | |
234 | AUTOSAR | AUTomotive Open System Architecture | |
237 | AUTOSAR | AUTomotive Open System ARchitecture | |
239 | AUTOSAR | Automotive Open System Architecture | |
272 | AUTOSAR | AUTomotive Open System ARchitecture | |
143 | AUTOSAR | Automotove Open Systems Architecture | |
25 | AVB | Audio Video Bridging | |
52 | AVB | Audio Video Bridging | |
190 | AVB | Audio Video Bridging | |
196 | AVB | Audio Video Bridging | |
199 | Backend | Backend is a server hosting Software Packages | |
183 | BAM | Broadcast Announce Message, broadcast variant of SAE J1939 transport protocol | |
280 | BAS | Brake Assist | |
284 | BBS | Battery Backed Sensor | |
18 | BCU | Body Control Unit | |
148 | BD | Bus Driver | |
32 | BER | Bit Error Rate - a rate of corrupted bits in a byte stream, e.g. 1e-5. | |
229 | Bfx | BFx Library | |
234 | BFx | Bitfield functions for fixed point | |
77 | Bfx | Library of Bit handling | |
77 | BFX | Library of Bit handling | |
99 | Bfx | Short name for Bitfield functions for fixed point | |
60 | BIST | Built in Self Test | |
72 | BIST | Built In Self Test | |
116 | BIST | Built in Self Test | |
270 | BIST | Built In Self Test | |
271 | BIST | Built In Self Test | |
235 | BIST | Built-In Self Tests | |
102 | Bmc | Basic Software Multicore Library | |
229 | Bmc | BSWMulticore Library | |
25 | BMCA | Best Master Clock Algorithm | |
52 | BMCA | Best Master Clock Algorithm | |
190 | BMCA | Best Master Clock Algorithm | |
196 | BMCA | Best Master Clock Algorithm | |
229 | BndM | Bulk NvData Manager | |
113 | BOM | Byte Order Mark | |
219 | BOM | Byte Order Mark | |
199 | Boot options | Boot Manager Configuration | |
278 | BRF | AUTOSAR BSW and RTE Features | |
297 | BroadCastAddr | Refers to the broadcast address of a EthIfCtrl | |
280 | BRWS | Basic Rear Wheel Steering | |
201 | BS | Basic Service | |
58 | BS | Block Size | |
109 | BS | Block Size | |
280 | BSAS | Basic Steering Angle Superposition | |
94 | BSS | Basic service set | |
280 | BSTS | Basic Steering Torque Superposition | |
145 | BSW | (AUTOSAR) Basic Software | |
26 | BSW | Basic Software | |
33 | BSW | Basic Software | |
67 | BSW | Basic Software | |
68 | BSW | Basic Software | |
69 | BSW | Basic Software | |
72 | BSW | Basic Software | |
81 | BSW | Basic Software | |
84 | BSW | Basic Software | |
96 | BSW | Basic Software | |
101 | BSW | Basic Software | |
107 | BSW | Basic Software | |
111 | BSW | Basic Software | |
124 | BSW | Basic Software | |
133 | BSW | Basic Software | |
136 | BSW | Basic Software | |
143 | BSW | Basic Software | |
147 | BSW | Basic Software | |
148 | BSW | Basic Software | |
149 | BSW | Basic Software | |
150 | BSW | Basic Software | |
159 | BSW | Basic Software | |
164 | BSW | Basic Software | |
166 | BSW | Basic Software | |
170 | BSW | Basic Software | |
172 | BSW | Basic Software | |
192 | BSW | Basic Software | |
193 | BSW | Basic Software | |
198 | BSW | Basic Software | |
201 | BSW | Basic Software | |
203 | BSW | Basic Software | |
206 | BSW | Basic Software | |
209 | BSW | Basic Software | |
211 | BSW | Basic Software | |
212 | BSW | Basic Software | |
222 | BSW | Basic Software | |
234 | BSW | Basic Software | |
237 | BSW | Basic Software | |
271 | BSW | Basic Software | |
272 | BSW | Basic SoftWare | |
275 | BSW | Basic Software | |
278 | BSW | Basic Software | |
298 | BSW | Basic Software | |
252 | BSW | Basic Software (CP) | |
181 | BSW | Basic Software (module) | |
182 | BSW | Basic Software (module) | |
255 | BSW | Basic Software (See LayeredSWArchitecture slide collection in AUTOSAR releases) | |
18 | BSW | Basic Software Components | |
141 | BSW | BasicSoftWare | |
212 | BswM | Basic Software Manager | *3 |
81 | BswM | Basic Software Mode Manager | |
107 | BswM | Basic Software Mode Manager | |
111 | BswM | Basic Software Mode Manager | |
130 | BswM | Basic Software Mode Manager | |
136 | BswM | Basic Software Mode Manager | |
206 | BswM | Basic Software Mode Manager | |
234 | BSWM | Basic SoftWare Mode manager | |
184 | BswM | Basis software manager | |
101 | BswM | BSW Mode Manager | |
159 | BswM | BSW Mode Manager | |
229 | BswM | BSW Mode Manager | |
26 | BSWMD | Basic Software Module Description | |
33 | BSWMD | Basic Software Module Description | |
100 | BSWMD | Basic Software Module Description | |
101 | BSWMD | Basic Software Module Description | |
170 | BSWMD | Basic Software Module Description | |
211 | BSWMD | Basic Software Module Description | |
234 | BSWMD | Basic SoftWare Module Description | |
272 | BSWMD | Basic SoftWare Module Description | |
26 | BSWMD-T | Basic Software Module Description Template | |
211 | BSWMDT | Basic Software Module Description Template | |
278 | BSWMDT | Basic Software Module Description Template | |
278 | BSWML | Basic Software Module List | |
278 | BSWUMG | BSW UML Model Modeling Guide | |
278 | BSWUML | Basic Software UML model | |
200 | BTP | Basic Transport Protocol | |
201 | BTP | Basic Transport Protocol | |
202 | BTP | Basic Transport Protocol | |
203 | BTP | Basic Transport Protocol | |
94 | BTP | Basic Transport Protocol [1] | |
200 | BTP-A | BTP header type denoting interactive packet transport | |
200 | BTP-B | BTP header type denoting non-interactive packet transport | |
279 | Bugzilla | Tool for change request management | |
278 | BWC | BWC Statement | |
272 | C/S | Client/Server | |
94 | C2C-CC | Car to Car communications Consortium | |
156 | CA | Certificate Authority | *4 |
89 | CA | Controller Application, role of an ECU tied to one address | |
182 | CA | Controller Application, role of an ECU tied to one address | *4 |
94 | CA | Cooperative awareness | |
201 | CA | Cooperative Awareness | *4 |
200 | CAM | Cooperative Awareness Message | |
201 | CAM | Cooperative Awareness Message | |
203 | CAM | Cooperative Awareness Message | |
94 | CAM | Cooperative awareness message [2] | |
229 | Can | CAN Driver | *1 |
109 | Can | CAN Driver module | |
18 | CAN | Controller Area Network | |
92 | CAN | Controller Area Network | |
96 | CAN | Controller Area Network | |
107 | CAN | Controller Area Network | |
123 | CAN | Controller Area Network | |
190 | CAN | Controller Area Network | |
195 | CAN | Controller Area Network | |
209 | CAN | Controller Area Network | |
212 | CAN | Controller Area Network | |
217 | CAN | Controller Area Network | |
219 | CAN | Controller Area Network | |
221 | CAN | Controller Area Network | |
222 | CAN | Controller Area Network | |
234 | CAN | Controller Area Network | |
237 | CAN | Controller Area Network | |
252 | CAN | Controller Area Network | |
284 | CAN | Controller Area Network | |
288 | CAN | Controller Area Network | |
290 | CAN | Controller Area Network | |
291 | CAN | Controller Area Network | |
293 | CAN | Controller Area Network | |
295 | CAN | Controller Area Network | |
296 | CAN | Controller Area Network | |
298 | CAN | Controller Area Network | |
299 | CAN | Controller Area Network | |
300 | CAN | Controller Area Network | |
302 | CAN | Controller Area Network | |
303 | CAN | Controller Area Network | |
31 | CAN | Controller Area Network (communication bus) | |
109 | CAN CF | CAN Consecutive Frame N-PDU | |
109 | CAN FC | CAN Flow Control N-PDU | |
109 | CAN FD | CAN flexible data rate | |
105 | CAN FD | CAN with Flexible Data-Rate | |
109 | CAN FF | CAN First Frame N-PDU | |
105 | CAN L-PDU | CAN Protocol Data Unit. Consists of an identifier, Data Length and data (SDU) Visible to the CAN driver. | |
105 | CAN L-SDU | CAN Service Data Unit. Data that are transported inside the CAN L-PDU. Visible to the upper layers of the CAN interface (e.g. PDU Router). | |
109 | CAN SF | CAN Single Frame N-PDU | |
109 | CAN_DL | CAN frame data length | |
252 | CAN-FD | Controller Area Network with Flexible Data-Rate | |
105 | CanDrv | CAN Driver module | |
302 | CANFD | CAN with Flexible Data Rate | |
105 | CanId | CAN Identifier | |
106 | CanIf | Abbreviation for the CAN Interface | |
96 | CanIf | CAN Interface | |
107 | CanIf | CAN Interface | |
109 | CanIf | CAN Interface | |
192 | CanIf | CAN Interface | |
193 | CanIf | CAN Interface | |
209 | CanIf | CAN Interface | |
229 | CanIf | CAN Interface | |
105 | CanIf | CAN Interface module | |
168 | CanIf | CAN Interface module | *2 |
106 | CanNm | Abbreviation for CAN Network Management | |
193 | CanNm | CAN Network Management | |
229 | CanNm | CAN Network Management | |
105 | CanNm | CAN Network Management module | |
168 | CanNm | CAN Network Management module | *2 |
107 | CanSM | CAN State Manager | |
193 | CanSM | CAN State Manager | |
229 | CanSM | CAN State Manager | |
105 | CanSm | CAN State Manager module | |
109 | CanTp | CAN Transport Layer | |
229 | CanTp | CAN Transport Layer | *5 |
105 | CanTp | CAN Transport Layer module | |
144 | CanTp | CAN Transport Protocol | |
193 | CanTp | CAN Transport Protocol | |
229 | CanTrcv | CAN Tranceiver Driver | |
105 | CanTrcv | CAN Transceiver Driver module | |
109 | CanTrcv | CAN Transceiver module | |
105 | CanTSyn | Global Time Synchronization over CAN | |
229 | CanTSyn | Time Sync Over CAN | *4 |
195 | CanTSyn | Time Synchronization module for CAN | *4 |
190 | CanTSyn | Time Synchronization Provider module for CAN | *3 |
145 | CAS | Collision Avoidance Symbol | |
221 | CAS | Collision Avoidance Symbol | |
11 | Cat1 | Category 1. Cat1 interrupts are not supported by the OS and are only allowed to make a very small selection of OS calls to enable and disable all interrupts. | |
56 | Cat1 | Category 1. Cat1 interrupts are not supported by the OS and are only allowed to make a very small selection of OS calls to enable and disable all interrupts. | |
11 | Cat2 | Category 2. Cat2 ISRs are supported by the OS and can make OS calls. | |
56 | Cat2 | Category 2. Cat2 ISRs are supported by the OS and can make OS calls. | |
221 | CB | Control Bit VectorV | |
61 | CBC | Cipher Block Chaining | |
243 | CBC | Cipher Block Chaining | |
280 | CBC | Cornering Brake Control | |
202 | CBF | Contention-Based Forwarding DET Default Error Tracer | |
135 | CBR | Channel Busy Ratio | |
208 | CBR | Channel Busy Ratio | |
106 | CBV | Control Bit Vector | |
253 | CBV | Control Bit Vector | |
168 | CBV | Control Bit Vector in NM-message | |
67 | CC | (FlexRay) Communication Controller | |
145 | CC | (FlexRay) Communication Controller | |
143 | CC | Communication Controller | |
146 | CC | Communication Controller | |
147 | CC | Communication Controller | |
148 | CC | Communication Controller | |
168 | CC | Communication controller | |
221 | CC | Communication Controller | |
222 | CC | Communication Controller | |
289 | CC | Control Channel (The channel between TS and UP used to call SPs that can be accessed from outside the DUT) | |
252 | CCA | Common Cause Failure Analysis | |
8 | CCD | Complex Device Driver | |
234 | CCF | Common Cause Failure | |
61 | CDD | Complex Device Driver | |
117 | CDD | Complex Device Driver | |
118 | CDD | Complex Device Driver | |
119 | CDD | Complex Device Driver | |
124 | CDD | Complex Device Driver | |
235 | CDD | Complex Device Driver | |
275 | CDD | Complex Device Driver | |
101 | CDD | Complex Driver | |
145 | CDD | Complex Driver | |
170 | CDD | Complex Driver | |
234 | CDD | Complex Driver | *5 complex device driver |
278 | CDDG | CDD Design And Integration Guideline | |
123 | CEMR | ControlEnableMaskRecord | |
142 | CF | Consecutive Frame | |
144 | CF | Consecutive Frame Fr N-PDU | *4 |
172 | CF | Consecutive Frame, Transport Protocol term | |
76 | CF | Consecutive Frames | |
158 | CF | Continuous Frame in LIN TP | *4 |
109 | CF | See “CAN CF” | |
61 | CFB | Cipher Feedback | |
160 | Channel | A channel is a software exchange medium for data that are defined with the same criteria. | |
143 | CHI | Controller Host Interface | |
147 | CHI | Controller Host Interface | |
145 | CHI | Controller Host Interface of a FlexRay CC | |
284 | CHLH | Coming Home/Leaving Home | |
25 | CID | Company ID (IEEE) | |
52 | CID | Company ID (IEEE) | |
196 | CID | Company ID (IEEE) | |
135 | CIT | Channel Idle Time | |
208 | CIT | Channel Idle Time | |
284 | CL | Central Locking | |
175 | CM | AUTOSAR Adaptive Communication Management | |
240 | CM | AUTOSAR Adaptive Communication Management | |
246 | CM | AUTOSAR Adaptive Communication Management | |
252 | CM | Communication (AP functional cluster) | |
113 | CM | Communication Management | |
253 | CM | Communication Management | |
61 | CMAC | Cipher-based Message Authentication Code | |
221 | CMAC | Cipher-based message authentication code | |
243 | CMAC | Cipher-based Message Authentication Code | |
183 | CMDT | Connection Mode Data Transfer, peer-to-peer variant of SAE J1939 transport protocol | |
280 | CoG | Centre of Gravity | |
109 | Com | AUTOSAR COM module | |
142 | COM | AUTOSAR COM module | *3 |
144 | COM | AUTOSAR Communications module | |
229 | Com | COM | *4 |
114 | Com | Communication | |
157 | COM | Communication | |
170 | COM | Communication | |
234 | COM | Communication | *4 |
145 | COM | Communication (AUTOSAR BSW module) | |
232 | com | Communication Management | *4 |
278 | com | Communication Management | |
146 | Com | Communication module | |
222 | COM | Communication module | *4 |
237 | COM | Communication module | *4 |
68 | COM | Communications | |
84 | COM | Communications | |
278 | COMCAN | Communication on Can | |
278 | COMFR | Communication on Flexray | |
278 | COMLIN | Communication on Lin | |
147 | ComM | AUTOSAR Communication Manager | |
229 | ComM | COM Manager | |
81 | ComM | Communication Manager | |
107 | ComM | Communication Manager | |
108 | ComM | Communication Manager | |
111 | ComM | Communication Manager | |
136 | ComM | Communication Manager | |
146 | ComM | Communication manager | |
159 | ComM | Communication Manager | |
160 | ComM | Communication Manager | |
145 | ComM | Communication Manager (AUTOSAR BSW module) | |
105 | ComM | Communication Manager module | |
168 | ComM | Communication Manager module | |
148 | ComM | Communication Manager, See [8] for details | |
67 | ComM | CommunicationManager BSW module | |
278 | COMMGMT | Communication Management | |
229 | Compiler | Compiler Abstraction | |
229 | Comtype | Communication Stack Types | |
278 | COMVB | Communication via a bus | |
229 | ComXf | COM Based Transformer | |
278 | CONC | Concept Document | |
287 | COOP | Critical Out of Position | |
232 | core | Core Types | |
229 | CorTst | Core Test | |
133 | Cos | Cosine | |
64 | COTS | Commercial Of The Shelf | |
120 | COUID | Cryptographic Object Unique Identifier | |
127 | CP | AUTOSAR Classic Platform | |
225 | CP | AUTOSAR Classic Platform | *2 |
252 | CP | AUTOSAR Classic Platform | |
41 | CP | Classic Platform | |
210 | CP | Classic Platform | |
231 | CP | Classic Platform | |
234 | CP | Classic Platform | |
239 | CP | Classic Platform | |
286 | cp | Component Prototype | |
60 | CPU | Central Processing Unit | |
61 | CPU | Central Processing Unit | |
116 | CPU | Central Processing Unit | |
144 | CPU | Central Processing Unit | |
146 | CPU | Central processing unit | |
234 | CPU | Central Processing Unit | |
237 | CPU | Central Processing Unit | |
279 | CPU | Central Processing Unit | |
229 | Crc | CRC Library | *1 |
66 | CRC | Cyclic Redundancy Check | |
77 | CRC | Cyclic Redundancy check | |
112 | CRC | Cyclic Redundancy Check | |
124 | CRC | Cyclic Redundancy Check | |
178 | CRC | Cyclic Redundancy Check | |
217 | CRC | Cyclic Redundancy Check | |
234 | CRC | Cyclic Redundancy Check | |
270 | CRC | Cyclic Redundancy Check | |
25 | CRC | Cyclic Redundancy Checksum | |
52 | CRC | Cyclic Redundancy Checksum | |
195 | CRC | Cyclic Redundancy Checksum | *2 |
196 | CRC | Cyclic Redundancy Checksum | *2 |
197 | CRC | Cyclic Redundancy Checksum | *2 |
77 | Crc | Library of CRC routines | |
156 | CRL | Certificate Revocation List | |
120 | CRL | Certificate Revocation Lists | |
117 | CRYIF | Crypto Interface | |
118 | CRYIF | Crypto Interface | |
119 | CRYIF | Crypto Interface | |
229 | CryIf | Crypto Interface | |
275 | CRYIF | Crypto Interface | |
61 | CRYIF / CryIf | Crypto Interface | |
117 | CRYPTO | Crypto Driver | |
118 | CRYPTO | Crypto Driver | |
119 | CRYPTO | Crypto Driver | |
229 | Crypto | Crypto Driver | *1 |
275 | CRYPTO | Crypto Driver | |
232 | crypto | Cryptography | |
61 | CRYPTO /Crypto | Crypto Driver | |
94 | CS | Charging Spot | |
55 | CS | Chip select | |
62 | CS | Chip select | |
63 | CS | Chip select | |
65 | CS | Chip select | |
70 | CS | Chip select | |
78 | CS | Chip select | |
85 | CS | Chip Select | |
90 | CS | Chip Select | |
91 | CS | Chip Select | |
187 | CS | Chip Select | |
287 | CS | Crash Status | |
212 | CSE | Codes for Scaling Units | |
219 | CSE | Codes for Scaling Units | |
117 | CSM | Crypto Service Manager | |
118 | CSM | Crypto Service Manager | |
119 | CSM | Crypto Service Manager | |
156 | CSM | Crypto Service Manager | |
229 | Csm | Crypto Service Manager | |
275 | CSM | Crypto Service Manager | |
264 | CSM | The AUTOSAR Crypto Service Manager | |
61 | CSM / Csm | Crypto Service Manager | |
120 | CSR | Certificate Signing Request | |
156 | CSR | Certificate Signing Request | |
116 | CSUM | Checksum | |
278 | CTCF | Configuration settings for the execution of conformance Tests | |
125 | CTID | Context ID | |
217 | CTM | Counter Mode | |
96 | CTO | Command Transfer Object | |
209 | CTO | Command Transfer Object | |
3 | ctor | C++ constructor | |
278 | CTSP | Conformance Test Specification | |
154 | Cur | Curve for Interpolation | |
280 | CutInProblty | Probability of the potential target object for cutting in the driving corri- dor, or predicted vehicle course. | |
208 | CW | Contention Window | |
106 | CWU | Car Wakeup | |
198 | CWU | Car Wakeup | |
253 | CWU | Car Wakeup | |
183 | DA | Destination Address, part of the 29 bit identifier of SAE J1939 messages | |
89 | DA | J1939 Destination Address | |
234 | DAC | Digital to Analog Converter | |
64 | DAD | Duplicate Address Detection | |
191 | DAD | Duplicate Address Detection | |
96 | DAQ | Data AcQuisition, Data AcQuisition Packet | |
209 | DAQ | Data AcQuisition, Data AcQuisition Packet | |
280 | DAS | Driver Assistance System | |
280 | DataQly | Quality of object data. This value decreases if the quality is poor (e.g. because of weather condi- tion, object reflectivity). Scaling will be dependent on type of sensor and signal processing algorithm, therefore requires application of parameters on re- ceiving function side. | |
10 | DB | Database | |
242 | DB | Database | |
284 | DC | Defrost Control | |
218 | DC | Diagnostic Coverage | |
94 | DCC | Decentralized Congestion Control | |
201 | DCC | Decentralized Congestion Control | |
203 | DCC | Decentralized Congestion Control | |
81 | DCM | Diagnostic Communication Manager | |
111 | DCM | Diagnostic Communication Manager | |
114 | DCM | Diagnostic Communication Manager | |
123 | Dcm | Diagnostic Communication Manager | |
124 | Dcm | Diagnostic Communication Manager | |
147 | DCM | Diagnostic Communication Manager | |
159 | DCM | Diagnostic Communication Manager | |
229 | Dcm | Diagnostic Communication Manager | |
298 | DCM | Diagnostic Communication Manager | |
255 | DCM | Diagnostic Communication Manager (AUTOSAR BSW Module, Classic Platform)(Surprisingly not yet listed!) | |
127 | Dcm | Diagnostic Communication Manager (Module of the AUTOSAR Classic Platform) | |
105 | DCM | Diagnostic Communication Manager module | |
109 | Dcm | Diagnostic Communication Manager module | |
144 | DCM | Diagnostic Communication Manager module | *2 |
219 | DCM | Diagnostics Communication Manager | *7 |
212 | DCY | Driving Cycle | |
219 | DCY | Driving Cycle | |
113 | DDS | Data Distribution Service | |
217 | DDS | Data Distribution Service | |
201 | DE | Data Element | |
195 | Debounce Time | Minimum gap between two Tx messages with the same PDU | |
196 | Debounce Time | Minimum gap between two Tx messages with the same PDU. | |
13 | DEM | Diagnostic Event Manager | |
31 | Dem | Diagnostic Event Manager | |
64 | DEM | Diagnostic Event Manager | |
66 | DEM | Diagnostic Event Manager | |
69 | DEM | Diagnostic Event Manager | |
81 | DEM | Diagnostic Event Manager | |
97 | DEM | Diagnostic Event Manager | |
101 | Dem | Diagnostic Event Manager | |
107 | DEM | Diagnostic Event Manager | |
108 | DEM | Diagnostic Event Manager | |
109 | DEM | Diagnostic Event Manager | |
116 | DEM | Diagnostic Event Manager | |
121 | DEM | Diagnostic Event Manager | |
123 | Dem | Diagnostic Event Manager | |
124 | Dem | Diagnostic Event Manager | |
130 | DEM | Diagnostic Event Manager | |
136 | DEM | Diagnostic Event Manager | |
149 | Dem | Diagnostic Event Manager | |
152 | DEM | Diagnostic Event Manager | |
157 | DEM | Diagnostic Event Manager | |
159 | DEM | Diagnostic Event Manager | |
162 | DEM | Diagnostic Event Manager | |
177 | DEM | Diagnostic Event Manager | |
178 | DEM | Diagnostic Event Manager | |
180 | DEM | Diagnostic Event Manager | |
184 | DEM | Diagnostic Event Manager | |
185 | DEM | Diagnostic Event Manager | |
191 | DEM | Diagnostic Event Manager | |
193 | Dem | Diagnostic Event Manager | |
195 | DEM | Diagnostic Event Manager | |
196 | DEM | Diagnostic Event Manager | |
197 | DEM | Diagnostic Event Manager | |
201 | DEM | Diagnostic Event Manager | |
203 | DEM | Diagnostic Event Manager | |
206 | DEM | Diagnostic Event Manager | |
211 | DEM | Diagnostic Event Manager | |
229 | Dem | Diagnostic Event Manager | |
234 | DEM | Diagnostic Event Manager | |
235 | DEM | Diagnostic Event Manager | |
262 | DEM | Diagnostic Event Manager | |
298 | DEM | Diagnostic Event Manager | |
95 | DEM | Diagnostic Event Manager – module to handle diagnostic relevant events. | |
204 | DEM | Diagnostic Event Manager – module to handle diagnostic relevant events. | |
187 | DEM | Diagnostic Event Manager – module to which production relevant errors are report- ed. | |
167 | DEM | Diagnostic Event Manager – module to which production relevant errors are reported | |
139 | DEM | Diagnostic Event Manager – module to which production relevant errors are reported. | |
145 | DEM | Diagnostic Event Manager (AUTOSAR BSW module) | |
67 | DEM | Diagnostic Event Manager BSW module | |
168 | DEM | Diagnostic Event Manager module | |
265 | DEM | Diagnostic Event Manager module | |
141 | DEM | Diagnostic Event Manager. | |
169 | DEM | Diagnostic Event Manager. | |
173 | DEM | Diagnostic Event Manager. | |
212 | DEM | Diagnostics Communication Manager | *5 DCM |
212 | DEM | Diagnostics Event Manager | |
219 | DEM | Diagnostics Event Manager | |
132 | DEM | Module name of Diagnostic Event Manager | |
143 | DEM/Dem | Autosar Module: Diagnostic Event Manager | |
147 | Dem/DEM | Diagnostic Event Manager | |
148 | DEM/Dem | Diagnostic Event Manager | |
201 | DEN | Decentralized Environmental Notification | |
200 | DENM | Decentralized Environmental Notification Message | |
201 | DENM | Decentralized Environmental Notification Messages | |
203 | DENM | Decentralized Environmental Notification Messages | |
94 | DENM | Decentralized event notification message [3] | |
120 | DER | Distinguished Encoding Rules | |
217 | DES | Data Encryption Standard | *4 |
237 | DES | Discrete Event Simulation | *4 |
13 | DET | Default Error Tracer | |
64 | DET | Default Error Tracer | |
77 | DET | Default Error Tracer | |
95 | DET | Default Error Tracer | |
97 | DET | Default Error Tracer | |
99 | DET | Default Error Tracer | |
101 | Det | Default Error Tracer | |
102 | DET | Default Error Tracer | |
107 | DET | Default Error Tracer | |
108 | DET | Default Error Tracer | |
109 | DET | Default Error Tracer | |
111 | Det | Default Error Tracer | |
116 | DET | Default Error Tracer | |
117 | DET | Default Error Tracer | |
118 | DET | Default Error Tracer | |
119 | DET | Default Error Tracer | |
121 | DET | Default Error Tracer | |
122 | DET | Default Error Tracer | |
123 | Det | Default Error Tracer | |
124 | Det | Default Error Tracer | |
130 | DET | Default Error Tracer | |
133 | DET | Default Error Tracer | |
136 | DET | Default Error Tracer | |
144 | DET | Default Error Tracer | |
150 | DET | Default Error Tracer | |
152 | DET | Default Error Tracer | |
153 | DET | Default Error Tracer | |
154 | DET | Default Error Tracer | |
157 | DET | Default Error Tracer | |
159 | DET | Default Error Tracer | |
160 | Det | Default Error Tracer | |
162 | DET | Default Error Tracer | |
163 | DET | Default Error Tracer | |
164 | DET | Default Error Tracer | |
177 | DET | Default Error Tracer | |
178 | DET | Default Error Tracer | |
180 | DET | Default Error Tracer | |
184 | DET | Default Error Tracer | |
185 | DET | Default Error Tracer | |
190 | DET | Default Error Tracer | |
191 | DET | Default Error Tracer | |
195 | DET | Default Error Tracer | |
196 | DET | Default Error Tracer | |
197 | DET | Default Error Tracer | |
198 | DET | Default Error Tracer | |
200 | DET | Default Error Tracer | |
201 | DET | Default Error Tracer | |
203 | DET | Default Error Tracer | |
204 | DET | Default Error Tracer | |
206 | DET | Default Error Tracer | |
229 | Det | Default Error Tracer | *4 |
262 | DET | Default Error Tracer | |
271 | DET | Default error tracer | |
272 | DET | Default Error Tracer | |
139 | DET | Default Error Tracer – module to which development errors are reported. | |
167 | DET | Default Error Tracer – module to which development errors are reported. | |
187 | DET | Default Error Tracer – module to which errors are reported. | |
96 | DET | Default Error Tracer (AUTOSAR BSW module) | |
145 | DET | Default Error Tracer (AUTOSAR BSW module) | |
209 | DET | Default Error Tracer (AUTOSAR BSW module) | *4 |
183 | DET | Default Error Tracer, supports development and runtime error reporting | |
182 | DET | Default Error Tracer, supports development and runtime error reporting DP Data Page, the most significant bit (MSB) of the 18 bit PGN | |
181 | DET | Default Error Tracer, supports development and runtime error reporting Node J1939 node – can be attached to more than one channel NodeChannel The connection of a node to one channel | |
141 | DET | Default Error Tracer. | |
169 | DET | Default Error Tracer. | |
173 | DET | Default Error Tracer. | |
146 | DET | Default Error Tracer. AUTOSAR Module for detection and reporting of errors during development. | |
234 | DET | Development Error Tracer | *4 |
132 | DET | Module name of Default Error Tracer | |
61 | DET / Det | Default Error Tracer | |
143 | DET/Det | Autosar Module: Default Error Tracer | |
147 | Det/DET | Default Error Tracer | |
148 | DET/Det | Default Error Tracer | |
127 | DEXT | AUTOSAR Diagnostic Extract[2], describing diagnostic configu- ration of an ECU | |
201 | DF | Data Frame | |
252 | DFA | Dependent Failure Analysis | |
16 | DFP | Data Flow Processor), | |
16 | DFP | Data-Flow Processor | |
120 | DH | Diffie-Hellman (key exchange method) | |
126 | DHCP | Diagnostic Host Configuration Protocol | |
64 | DHCP | Dynamic Host Configuration Protocol | |
191 | DHCP | Dynamic Host Configuration Protocol | |
234 | DHCP | Dynamic Host Configuration Protocol | |
217 | DHCP | Dynamic Host Control Protocol | *5 |
185 | DHCPv4 | Dynamic Host Configuration Protocol | |
64 | DHCPv4 | Dynamic Host Configuration Protocol for Internet Protocol Version 4 | |
191 | DHCPv4 | Dynamic Host Configuration Protocol for Internet Protocol Version 4 | |
64 | DHCPv6 | Dynamic Host Configuration Protocol for Internet Protocol Version 6 | |
185 | DHCPv6 | Dynamic Host Configuration Protocol for Internet Protocol Version 6 | |
191 | DHCPv6 | Dynamic Host Configuration Protocol for Internet Protocol Version 6 | |
232 | diag | Diagnostics | |
278 | diag | Diagnostics | |
278 | DIAG | Requirements on Diagnostic | |
127 | DID | Data Identified according to ISO 14229-1[1]. This 16 bit value uniquely defines one ore more data elements (parameters) that can are used in diagnostics to read, write or control data. | |
123 | DID | Data Identifier | |
124 | DID | Data Identifier | |
31 | DID | Diagnostic Identifier | |
212 | DID | Diagnostic Identifier | |
219 | DID | Diagnostic Identifier | |
252 | DIN | Deutsches Institut für Normung | |
55 | DIO | Digital Input Output | |
62 | DIO | Digital Input Output | |
63 | DIO | Digital Input Output | |
65 | DIO | Digital Input Output | |
70 | DIO | Digital Input Output | |
73 | DIO | Digital Input Output | |
78 | DIO | Digital Input Output | |
85 | DIO | Digital Input Output | |
86 | DIO | Digital Input Output | |
90 | DIO | Digital Input Output | |
91 | DIO | Digital Input Output | |
121 | DIO | Digital Input Output | |
108 | DIO | Digital Input Output (SPAL module) | |
18 | DIO | Digital Input/Output | |
234 | DIO | Digital Input/Output | |
229 | Dio | DIO Driver | *1 |
148 | DIO/Dio | Digital input output, one of the SPAL SW modules | |
160 | Dio/DIO | Digital input output, one of the SPAL SW modules | |
95 | DIP | Digital Input/Output | |
204 | DIP | Digital Input/Output | |
164 | Div | Division | |
164 | DivShLeft | Combination of division and shift left | |
195 | DLC | Data Length Code | |
221 | DLC | Data Length Code | |
234 | DLC | Data Length Code | |
104 | DLC | Data Length Code (part of CAN message describes the SDU length) | |
109 | DLC | Data Length Code (part of CAN PDU that describes the SDU length) | |
192 | DLC | Data Length Code (part of L-PDU that describes the SDU length) | |
193 | DLC | Data Length Code (part of L-PDU that describes the SDU length) | |
192 | DLL | data link layer | |
193 | DLL | Data Link Layer | |
16 | DLP | Data Level Parallelism | |
251 | DLS | Day Light Saving, also know as Daylight Saving Time (abbre- viated DST), is the practice of advancing clocks during summer months so that evening daylight lasts longer, while sacrificing nor- mal sunrise times. Typically, regions that use daylight saving time adjust clocks forward one hour close to the start of spring and ad- just them backward in the autumn to standard time | |
125 | Dlt | Diagnostic Log and Trace | |
229 | Dlt | Diagnostic Log and Trace | |
161 | DLT | Diagnostics Log and Trace - a GENIVI Log and Trace daemon imple- mentation of the LT protocol | |
278 | DM | Adaptive Diagnostics | |
127 | DM | AUTOSAR Adaptive Diagnostic Management | |
175 | DM | AUTOSAR Adaptive Diagnostic Management | |
199 | DM | AUTOSAR Adaptive Diagnostic Management | |
240 | DM | AUTOSAR Adaptive Diagnostic Management | |
246 | DM | AUTOSAR Adaptive Diagnostic Management | |
110 | DM | Deadline Monitoring, for details see Chapter 7.3.6 | |
31 | DM | Diagnostic Management | |
217 | DM | Diagnostic Manager | |
225 | DM | Diagnostic Manager | |
180 | DM | Diagnostic messages | |
83 | DMA | Direct memory access | |
85 | DMA | Direct Memory Access | |
91 | DMA | Direct Memory Access | |
169 | DMA | Direct Memory Access | |
178 | DMA | Direct Memory Access | |
270 | DMA | Direct Memory Access | |
252 | DMR | Dual Modular Redundancy AUTOSAR Foundation | |
183 | DMx | Diagnostic messages of the SAE J1939 diagnostics layer | |
229 | DoIP | Diagnostic over IP | |
31 | DoIP | Diagnostic over IP - transport protocol for diagnostic services standardized as ISO 13400 | |
221 | DoIp | Diagnostics over Internet Protocol | |
234 | DoIP | Diagnostics over Internet Protocol | |
127 | DoIP | Diagnostics over Internet Protocol (Communication protocol of automotive electronics according to ISO-13400[4]) | |
64 | DoIP | Diagnostics over IP | |
185 | DoIP | Diagnostics over IP | |
212 | DoIP | Diagnostics over IP | |
217 | DoIP | Diagnostics over IP | |
219 | DoIp | Diagnostics over IP | |
225 | DoIP | Diagnostics over IP | |
94 | DP | DCC profile | |
208 | DP | DCC Profile | |
94 | DPID | DCC profile identifier | |
280 | DplLat | Lateral distance between the center of the ego vehicle and the object. | |
280 | DplLat | Lateral distance between the center of the sensor and the object. | |
280 | DplLgt | Distance between front edge of the ego vehi- cle and the object. | |
280 | DplLgt | Distance between the sensor and the object. | |
154 | DPResult | Data point result | |
154 | DPSearch | Data point search | |
18 | DRL | Daytime Running Light | |
123 | DSD | Diagnostic Service Dispatcher (submodule of the Dcm module) | |
123 | DSL | Diagnostic Session Layer (submodule of the Dcm module) | |
123 | DSP | Diagnostic Service Processing (submodule of the Dcm module) | |
94 | DSRC | Dedicated Short Range communications | |
172 | DstLo | Lower layer communication interface module acting as a destination of the I-PDU. The DstLo may by one to many. | |
172 | DstLoTp | Lower layer transport protocol module acting as a destination of the I-PDU. The DstLoTp may by one to many. | |
280 | DstMaxForFolwCtrl | Maximum distance for the relevant object to become the target object for Follow Control. | |
31 | DTC | Diagnostic Trouble Code | |
124 | DTC | Diagnostic Trouble Code | |
212 | DTC | Diagnostic Trouble Code | |
217 | DTC | Diagnostic Trouble Code | |
219 | DTC | Diagnostic Trouble Code | |
225 | DTC | Diagnostic Trouble Code | |
127 | DTC | Diagnostic Trouble Code according to ISO 14229-1[1] | |
123 | DTC | Diagnostic Trouble Codes | |
280 | DTC | Regulation of the Drag Torque | |
221 | DTD | Document Type Definition | |
234 | DTD | Document Type Definition | |
113 | DTLS | Datagram Transport Layer Security | |
96 | DTO | Data Transfer Object | |
209 | DTO | Data Transfer Object | |
3 | dtor | C++ destructor | |
124 | DTR | Diagnostic Test Result | |
212 | DTR | Diagnostic Test Result | |
296 | DUT | Device Under Test | |
302 | DUT | Device Under Test | |
289 | DUT | Device Under Test (contains the UT and IUT that is tested) | |
124 | DYC | OBD Term: Driving Cycle (OBD Term) | |
280 | DynPpty | Status which indi- cates the dynamic property of the object (e.g. station- ary, moving, etc). Standing: has never been detected moving. Stopped: has been detect- ed moving, but is stationary now. Moving: object has abso- lute speed in any direction. The definition is made according to the earth-fixed axis system as defined in ISO 8855. | |
280 | DynPpty | Status which indicates the dynamic property of the object (e.g. station- ary,moving, etc). Standing: has never been detected moving. Stopped: has been detect- ed moving, but is stationary now. Moving: object has absolute speed in any direction. The definition is made according to the earth-fixed axis system as defined in ISO 8855. | |
67 | e.g. | [lat.] exempli gratia = [eng.] for example | |
114 | e.g. | [lat.] exempli gratia = [eng.] for example | |
145 | e.g. | [lat.] exempli gratia = [eng.] for example | |
147 | e.g. | [lat.] exempli gratia = [eng.] for example | |
144 | e.g. | lat. ‘exempli gratia’ – engl. for example | |
225 | E/E | system Electric and Electronic system | |
175 | E2E | AUTOSAR End to End communication protection mechanism | |
229 | E2E | E2E Library | *1 |
77 | E2E | End to End | |
234 | E2E | End to End | |
237 | E2E | End to end | |
252 | E2E | End-to-End | |
113 | E2E | End-to-end communication protection | |
32 | E2E | End-to-End. | |
77 | E2E | SW-C End-to-End Communication Protection Library | |
128 | E2E Library | End-to-End Communication Protection Library | |
229 | E2EXf | E2E Transformer | |
131 | EA | EEPROM Abstraction | |
140 | EA | EEPROM Abstraction | |
165 | EA | EEPROM Abstraction | |
167 | EA | EEPROM Abstraction | |
229 | Ea | EEPROM Abstraction | |
79 | EA | EEPROM Abstraction Layer | |
206 | EAI | Expected Alive Indications | |
148 | EB | Externally buffered channel. Buffers containing data to transfer are outside the SPI Handler/Driver. | |
108 | EB | Externally Buffered channels. Buffers containing data to transfer are outside the SPI Handler/Driver. | |
187 | EB | Externally buffered channels. Buffers containing data to transfer are outside the SPI Handler/Driver. | |
280 | EBD | Electronic Brake Force Distribution | |
134 | EC | Ethernet controller | |
137 | EC | Ethernet controller | |
287 | eCall | Emergency Call | |
61 | ECB | Electronic Code Book | |
217 | ECB | Electronic Code Book | |
243 | ECB | Electronic Code Book | |
61 | ECC | Elliptic Curve Cryptography | |
120 | ECC | Elliptic Curve Cryptography | |
191 | ECC | Elliptic Curve Cryptography | |
217 | ECC | Elliptic Curve Cryptography | *4 |
66 | ECC | Error Correction Code | |
178 | ECC | Error Correction Code | |
218 | ECC | Error Correction Code | *4 |
252 | ECC | Error Correction Code | |
170 | ECC | Extended Conformance Class | |
61 | ECDH | Elliptic Curve Diffie–Hellman | |
61 | ECDSA | Elliptic Curve Digital Signature Algorithm | |
203 | ECDSA | Elliptic Curve Digital Signature Algorithm | |
217 | ECDSA | Elliptic Curve Digital Signature Algorithm | |
217 | ECIES | Elliptic Curve Integrated Encryption Scheme | |
284 | ECM | Engine Control Module | |
55 | ECU | Electric Control Unit | |
62 | ECU | Electric Control Unit | |
63 | ECU | Electric Control Unit | |
65 | ECU | Electric Control Unit | |
66 | ECU | Electric Control Unit | |
70 | ECU | Electric Control Unit | |
73 | ECU | Electric Control Unit | |
78 | ECU | Electric Control Unit | |
85 | ECU | Electric Control Unit | |
87 | ECU | Electric Control Unit | |
90 | ECU | Electric Control Unit | |
91 | ECU | Electric Control Unit | |
159 | ECU | Electric Control Unit | |
210 | ECU | Electrical Control Unit | *4 |
212 | ECU | Electrical Control Unit | *4 |
217 | ECU | Electrical Control Unit | *4 |
219 | ECU | Electrical Control Unit | *4 |
221 | ECU | Electrical Control Unit | *4 |
222 | ECU | Electrical Control Unit | *4 |
237 | ECU | Electrical Control Unit | *4 |
10 | ECU | Electronic Control Unit | |
18 | ECU | Electronic Control Unit | |
31 | ECU | Electronic Control Unit | |
41 | ECU | Electronic Control Unit | |
61 | ECU | Electronic Control Unit | |
68 | ECU | Electronic Control Unit | |
69 | ECU | Electronic Control Unit | |
72 | ECU | Electronic Control Unit | |
84 | ECU | Electronic Control Unit | |
96 | ECU | Electronic Control Unit | |
101 | ECU | Electronic Control Unit | |
124 | ECU | Electronic Control Unit | |
127 | ECU | Electronic control unit | |
143 | ECU | Electronic Control Unit | |
146 | ECU | Electronic control unit | |
147 | ECU | Electronic Control Unit | |
148 | ECU | Electronic Control Unit | |
149 | ECU | Electronic Control Unit | |
150 | ECU | Electronic Control Unit | |
157 | ECU | Electronic Control Unit | |
160 | ECU | Electronic Control Unit | |
164 | ECU | Electronic Control Unit | |
170 | ECU | Electronic Control Unit | |
184 | ECU | Electronic Control Unit | |
190 | ECU | Electronic Control Unit | |
191 | ECU | Electronic Control Unit | |
209 | ECU | Electronic Control Unit | *4 |
211 | ECU | Electronic Control Unit | *4 |
234 | ECU | Electronic Control Unit | *4 |
235 | ECU | Electronic Control Unit | *4 |
239 | ECU | Electronic Control Unit | |
252 | ECU | Electronic Control Unit | |
255 | ECU | Electronic control unit | |
271 | ECU | Electronic Control Unit | |
272 | ECU | Electronic Control Unit | |
279 | ECU | Electronic Control Unit | |
280 | ECU | Electronic Control Unit | |
285 | ECU | Electronic Control Unit | |
288 | ECU | Electronic Control Unit | |
290 | ECU | Electronic Control Unit | |
291 | ECU | Electronic Control Unit | |
292 | ECU | Electronic Control Unit | |
293 | ECU | Electronic Control Unit | |
294 | ECU | Electronic Control Unit | |
295 | ECU | Electronic Control Unit | |
296 | ECU | Electronic Control Unit | |
297 | ECU | Electronic Control Unit | |
298 | ECU | Electronic Control Unit | |
299 | ECU | Electronic Control Unit | |
300 | ECU | Electronic Control Unit | |
301 | ECU | Electronic Control Unit | |
302 | ECU | Electronic Control Unit | |
303 | ECU | Electronic Control Unit | |
225 | ECU | Electronic Control Unit, for CP also used in the sense of ECUInstance | *4 |
33 | ECUC | ECU Configuration | |
114 | EcuC | ECU Configuration | |
211 | ECUC | ECU Configuration | |
212 | ECUC | ECU Configuration | |
213 | ECUC | ECU Configuration | |
26 | ECUC | ECU Configuration Values [11] | |
278 | ECUC | Electronic Control Unit Configuration | |
278 | ECUC | Specification of ECU Configuration | |
213 | ECUC ParamDef | ECU Configuration Parameter Definition | |
213 | ECUC Value | ECU Configuration Value | |
213 | ECUC Value description | ECU Configuration Value Description | |
26 | ECUC-T | ECU Configuration Template [11] | |
278 | ECUCP | ECU Configuration Parameters | |
77 | EcuM | ECU Manager | |
130 | EcuM | ECU Manager | |
157 | EcuM | ECU Manager | |
193 | EcuM | ECU Manager | |
81 | EcuM | ECU State Manager | |
107 | EcuM | ECU State Manager | |
108 | EcuM | ECU State Manager | |
136 | EcuM | ECU State Manager | |
147 | EcuM | ECU State Manager | |
152 | EcuM | ECU State Manager | |
160 | EcuM | ECU State Manager | |
206 | EcuM | ECU State Manager | |
229 | EcuM | ECU State Manager | |
105 | EcuM | ECU State Manager module | |
111 | EcuM | ECU State Manager module | |
168 | EcuM | ECU State Manager module | |
265 | EcuM | ECU State Manager module | |
148 | EcuM | ECU State Manager, see [7] for details | |
72 | ECUM | Electronic Control Unit Manager | |
124 | EcuM | Electronic Control Unit Manager | |
201 | EcuM | Electronic Control Unit Manager | |
203 | EcuM | Electronic Control Unit Manager | |
271 | ECUM | Electronic Control Unit Manager | |
132 | EcuM | Module name of ECU State Manager | |
278 | ECUMGMT | ECU Mode Management | |
278 | ECUR | Specification of ECU Resource Template | |
278 | ED | Error Description | |
218 | EDC | Error Detection Code | |
94 | EDCA | Enhanced distributed channel access | |
217 | EDDSA | Edwards-Curve Digital Signature Algorithm | |
182 | EDP | Extended Data Page, the second bit (after MSB) of the 18 bit PGN NACK J1939 Acknowledgement PG (ACKM) with control byte set to 1 | |
234 | EE | Executable Entities | |
234 | EEC | Executable Entity Cluster | |
229 | Eep | EEPROM Driver | |
132 | EEPROM | Electrically Erasable and Programmable Read Only Memory | |
131 | EEPROM | Electrically Erasable and Programmable ROM (Read Only Memory) | |
140 | EEPROM | Electrically Erasable and Programmable ROM (Read Only Memory) | |
165 | EEPROM | Electrically Erasable and Programmable ROM (Read Only Memory) | |
219 | EEPROM | Electrically Erasable Programmable Read-Only Memory | |
234 | EEPROM | Electrically Erasable Programmable Read-Only Memory | |
252 | EEPROM | Electrically Erasable Programmable Read-Only Memory | |
229 | Efx | EFx Library | |
77 | EFX | Extended function on Fixed point | |
133 | EFX | Extended Mathematical library – Fixed point | |
77 | Efx | Library of Extended functions on Fixed point | |
126 | EID | Entity identifier | |
106 | EIRA | External and Internal Request Array | |
22 | EIRA | External and Internal Requests Aggregated | |
253 | EM | Execution Management | |
278 | EM | Execution Management | |
252 | EM | Execution Management (AP functional cluster) | |
270 | EMC | Electromagnetic Compatibility | |
292 | EMTU_S | Effective MTU for sending – This is the maximum IP datagram size that may be sent, | |
152 | Enumeration | This can be in “C” programming language an enum or a #define. | |
234 | EOC | Execution Order Constraint | |
234 | EOCEERG | Execution Order Constraint Executable Entity Reference Group | |
69 | EOL | End Of Line | |
70 | EOL | End Of Line Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
78 | EOL | End Of Line Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
87 | EOL | End Of Line Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
55 | EOL | End Of Line. Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
65 | EOL | End Of Line. Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
66 | EOL | End Of Line. Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
62 | EOL | End Of Line.Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
63 | EOL | End Of Line.Often used in the term ‘EOL Programming’ or ‘EOL Configuration’ | |
280 | EPB | Electronic Parking Brake | |
148 | EPL | Electrical Physical Layer | |
219 | EPROM | Erasable Programmable Read-Only Memory | |
106 | ERA | External Request Array | |
22 | ERA | External Requests Aggregated | |
148 | ERRN | ERRor output signal, Negated i.e. active LOW | |
278 | ERSH | Errata Sheet | |
280 | ESC | Electronic Stability Control | |
69 | ESD | Electro Static Disturbance | |
69 | ESP | Electronic Stability Program | |
242 | ESP | Encapsulating Security Payload | |
10 | ESP | Encapsulating Security Payload protocol | |
137 | ET | Ethernet transceiver | |
25 | ETH | Ethernet | |
52 | ETH | Ethernet | |
190 | ETH | Ethernet | |
196 | ETH | Ethernet | |
136 | Eth | Ethernet Controller | |
135 | Eth | Ethernet Controller Driver (AUTOSAR BSW module) | |
137 | Eth | Ethernet Controller Driver (AUTOSAR BSW module) | |
265 | Eth | Ethernet Controller Driver (AUTOSAR BSW module) | |
229 | Eth | Ethernet Driver | |
134 | Eth | Ethernet Driver (AUTOSAR BSW module) | |
207 | Eth | Ethernet Driver (AUTOSAR BSW module) | |
208 | Eth | Ethernet Driver (AUTOSAR BSW module) | |
136 | EthIf | Ethernet Interface | |
191 | EthIf | Ethernet Interface | |
198 | EthIf | Ethernet Interface | |
229 | EthIf | Ethernet Interface | |
134 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
135 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
137 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
207 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
208 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
265 | EthIf | Ethernet Interface (AUTOSAR BSW module) | |
136 | EthSM | Ethernet State Manager | |
191 | EthSM | Ethernet State Manager | |
229 | EthSM | Ethernet State Manager | |
135 | EthSM | Ethernet State Manager (AUTOSAR BSW module) | |
229 | EthSwt | Ethernet Switch Driver | |
136 | EthTrcv | Ethernet Transceiver | |
229 | EthTrcv | Ethernet Transceiver Driver | |
134 | EthTrcv | Ethernet Transceiver Driver (AUTOSAR BSW module) | |
135 | EthTrcv | Ethernet Transceiver Driver (AUTOSAR BSW module) | |
137 | EthTrcv | Ethernet Transceiver Driver (AUTOSAR BSW module) | |
208 | EthTrcv | Ethernet Transceiver Driver (AUTOSAR BSW module) | |
265 | EthTrcv | Ethernet Transceiver Driver (AUTOSAR BSW module) | |
229 | EthTSyn | Time Sync Over Ethernet | |
25 | EthTSyn | Time Synchronization Provider module for Ethernet | |
52 | EthTSyn | Time Synchronization Provider module for Ethernet | |
190 | EthTSyn | Time Synchronization Provider module for Ethernet | |
196 | EthTSyn | Time Synchronization Provider module for Ethernet | |
201 | ETSI | European Telecommunications Standards Institute | |
94 | EV | Electric Vehicle | |
289 | EVB | Event Bit (Protocol field that is set in case of an event) | |
232 | exec | Execution Management | |
278 | exec | Execution Management | |
278 | EXP | Explanation | |
153 | f32 | Mnemonic for the float32, specified in AUTOSAR_SWS_PlatformTypes | |
163 | f32 | Mnemonic for the float32, specified in AUTOSAR_SWS_PlatformTypes | |
280 | FA | Front Axle | |
142 | FC | Flow Control | |
144 | FC | Flow Control Fr N-PDU | |
109 | FC | See “CAN FC” | |
278 | FCAINT | Franca Integration | |
167 | FCFS | First come first served | |
207 | FCS | Frame Check Sequence | |
124 | FDC | Fault Detection Counter | |
127 | FDC | Fault Detection Counter according to 14229-1[1] | |
278 | Feature | Feature Specification Acceptance Tests | |
79 | FEE | Flash EEPROM Emulation | |
131 | FEE | Flash EEPROM Emulation | |
140 | FEE | Flash EEPROM Emulation | |
165 | FEE | Flash EEPROM Emulation | |
167 | FEE | Flash EEPROM Emulation | |
229 | Fee | Flash EEPROM Emulation | |
76 | FF | First Frame | |
142 | FF | First Frame | |
158 | FF | First Frame in LIN TP | |
172 | FF | First Frame, Transport Protocol term | |
109 | FF | See “CAN FF” | |
55 | FFT | Fast Fourier Transformer | |
221 | FIBEX | Field Bus Exchange Format | |
69 | FID | Function Identifier | |
149 | FID | Function Identifier | |
212 | FID | Function Identifier | |
219 | FID | Function Identifier | |
234 | FIFO | First In First Out | |
143 | FIFO | First In First Out buffer | |
69 | FIM | Function Inhibition Manager | |
81 | FiM | Function Inhibition Manager | |
109 | FIM | Function Inhibition Manager | |
124 | Fim | Function Inhibition Manager | |
149 | FiM | Function Inhibition Manager | |
206 | FiM | Function Inhibition Manager | |
212 | FIM | Function Inhibition Manager | |
229 | FiM | Function Inhibition Manager | |
301 | FIN | Flag No more data from sender in TCP Header | |
252 | FIT | Failures In Time | |
148 | FlexRay | Node A logical entity connected to the FlexRay Network that is capable of sending and/or receiving frames. | |
18 | FLM | Front Light Management | |
229 | Fls | Flash Driver | |
139 | Fls, FLS | Official AUTOSAR abbreviation for the module flash driver (different writing depending on the context, same meaning). | |
229 | FlsTst | Flash Test | |
9 | FM | failure mode | |
264 | FM | Freshness Manager | |
278 | FMDT | Specification of Feature Model Exchange Format | |
124 | FMI | Failure Mode Indicator (SAE J1939) | |
252 | FO | AUTOSAR Foundation | |
231 | FO | Foundation | |
196 | Follow_Up | Time transport message (Follow-Up) | |
254 | FOTA | (AUTOSAR) Firmware Over-The-Air | |
255 | FOTA | Firmware Over-The-Air | |
16 | FPGA | Field Programmable Gate Array) | |
234 | FPU | Floating Point Unit | |
217 | FQDN | Fully-Qualified Domain Name | |
143 | Fr | Autosar Module: FlexRay Driver | |
142 | Fr | FlexRay | |
190 | FR | FlexRay | |
197 | FR | FlexRay | |
147 | Fr | FlexRay Driver | |
229 | Fr | FlexRay Driver | |
144 | Fr | FlexRay Driver module | |
229 | FrArTp | FlexRay AUTOSAR Transport Layer | |
142 | FrArTp | FlexRay AUTOSAR Transport Layer (derived from ISO 15765-2) | |
190 | FRC | Free running counter | |
146 | FrIf | Abbreviation for the FlexRay Interface | |
143 | FrIf | Autosar Module: FlexRay Interface | |
96 | FrIf | FlexRay Interface | |
142 | FrIf | FlexRay Interface | |
148 | FrIf | FlexRay Interface | |
209 | FrIf | FlexRay Interface | |
229 | FrIf | FlexRay Interface | |
145 | FrIf | FlexRay Interface (AUTOSAR BSW module) | |
147 | FrIf | FlexRay Interface (AUTOSAR BSW module) | |
144 | FrIf | FlexRay Interface module | |
142 | FrIsoTp | FlexRay ISO Transport Layer (ISO 10681-2) | |
146 | FrNm | Abbreviation for the Network Management on FlexRay | |
229 | FrNm | FlexRay Network Management | |
145 | FrNm | FlexRay Network Management (AUTOSAR BSW module) | |
146 | FrSm | FlexRay State Manager | |
147 | FrSM | FlexRay State Manager | |
229 | FrSM | FlexRay State Manager | |
160 | Frt | Free Running Timer | |
278 | FRT | Free Running Timer | |
143 | FrTp | Autosar Module: FlexRay Transport Protocol | |
229 | FrTp | FlexRay ISO Transport Layer | |
142 | FrTp | FlexRay Transport Layer | |
145 | FrTp | FlexRay Transport Layer (AUTOSAR BSW module) | |
144 | FrTp | FlexRay Transport Protocol Layer | |
143 | FrTrcv | Autosar Module: FlexRay Transceiver Driver | |
229 | FrTrcv | FlexRay Tranceiver Driver | |
148 | FrTrcv | FlexRay Transceiver | |
147 | FrTrcv | FlexRay Transceiver Driver | |
229 | FrTSyn | Time Sync Over FlexRay | |
190 | FrTSyn | Time Synchronization Provider module for FlexRay | |
109 | FS | Flow Status | |
18 | FS | Functional Safety | |
252 | FSC | Function Safety Concept | |
18 | FSC | Functional Safety Concept | |
218 | FSC | Functional Safety Concept | |
252 | FSM | Functional Safety Management | |
252 | FSM Review | Functional Safety Milestone Review | |
252 | FSR | Functional Safety Requirement | |
124 | FTB | Failure Type Byte | |
18 | FTT | Fault Tolerance Time | |
252 | FTTI | Fault Tolerant Time Interval | |
270 | FTTI | Fault Tolerant Time Interval | |
195 | FUP message | Follow-Up message | |
197 | FUP message | Follow-Up message | |
190 | FUP message | Follow-Up message for a Synchronized Time Base | |
264 | FV | Freshness Value | |
234 | FW | Fire Wire | |
202 | GAC | GeoAnycast | |
94 | GBC | GeoBroadcast | |
202 | GBC | GeoBroadcast | |
284 | GBS | Glass Brake Sensor | |
11 | GCE | Generic Configuration Editor | |
217 | GCM | Galios/Counter Mode | |
61 | GCM | Galois Counter Mode | |
278 | GenBlpr | General Blueprints | |
278 | GenDef | General Definitions | |
210 | GENIVI | GENeva In-Vehicle Infotainment | |
126 | GID | Group identifier | |
212 | GID | Group Identifier | |
219 | GID | Group Identifier | |
289 | GID | Group Identifier (Protocol field: determines a group of services) | |
127 | GID | Group identifier as used in DoIP | |
278 | GLOS | Glossary | |
94 | GLOSA | Green Light Optimized Speed Advisory | |
25 | GM(C) | Grand Master (Clock) | |
52 | GM(C) | Grand Master (Clock) | |
190 | GM(C) | Grand Master (Clock) | |
196 | GM(C) | Grand Master (Clock) | |
61 | GMAC | Galois-based Message Authentication Code | |
94 | GN | GeoNetworking | |
200 | GN | GeoNetworking | |
202 | GN | GeoNetworking | |
202 | GN-SDU | GeoNetworking Service Data Unit ITS Intelligent Transport System MAC Medium Access Control | |
16 | GPGPU | General Purpose GPU | |
148 | GPIO | General Purpose Input Output | |
94 | GPS | Global positioning system | |
130 | GPT | General Purpose Timer | |
150 | GPT | General Purpose Timer | |
160 | Gpt | General purpose Timer | |
234 | GPT | General Purpose Timer | |
68 | GPT | General Purpose Timer (SWS Module) | |
229 | Gpt | GPT Driver | |
251 | gPTP | Generalized Precision Time Protocol | |
16 | GPU | Graphical Processing Unit | |
234 | GSM | Global System for Mobile Communication | |
278 | GST | Generic Structure Template | |
190 | GTS | Global Time Synchronization | |
278 | GTW | Gateway | |
71 | Gw | abbreviation of signal based gateway | |
252 | HA | Hazard | |
252 | HAD | Highly Automated Driving | |
270 | HARA | Hazard Analysis | |
218 | HARA | Hazard Analysis and Risk Assessment | |
203 | hashedID8 | Calculated by first computing the SHA 256 hash of the Authorisation Ticket, and then taking the least significant eight bytes from the hash output | |
270 | HAZOP | Hazard & Operability Analysis | |
280 | HDC | Hill Decent Control | |
280 | Hei | Vertical length of the object from the ground. | |
153 | hex | Hexadecimal | |
280 | HHC | Hill Hold Control | |
19 | HiL | Hardware in the Loop | |
243 | HIS | Hersteller Initiative Software | |
16 | HLS | High Level Synthesis | |
278 | HM | Health Management | |
61 | HMAC | Hash-based Message Authentication Code | |
217 | HMAC | Hash-based Message Authentication Code | |
279 | HMI | Human Machine Interface | |
280 | HMI | Human Machine Interface | |
283 | HMI | Human Machine Interface | |
284 | HMI | Human Machine Interface | |
285 | HMI | Human Machine Interface | |
287 | HMI | Human Machine Interface | |
288 | HMI | Human Machine Interface | |
105 | HOH | CAN hardware object handle | |
133 | HpFilter | High pass filter | |
105 | HRH | CAN hardware receive handle | |
104 | HRH | Hardware Receive Handle | |
192 | HRH | Hardware Recieive Handle | |
94 | HSM | Hardware security module | |
117 | HSM | Hardware Security Module | |
118 | HSM | Hardware Security Module | |
119 | HSM | Hardware Security Module | |
120 | HSM | Hardware Security Module | |
191 | HSM | Hardware Security Module | |
252 | HSM | Hardware Security Module | |
275 | HSM | Hardware Security Module | |
255 | HSM | Hardware Security Module (cryptographic features realized in HW)(Should actually come from a different doc, e.g. safety or security) | |
61 | HSM / Hsm | Hardware Security Module | |
94 | HST | Header Sub-type | |
94 | HT | Header Type | |
58 | HTH | CAN hardware transmit handle | |
105 | HTH | CAN hardware transmit handle | |
104 | HTH | Hardware Transmit Handle | |
270 | HTM | Hardware Test Manager | |
72 | HTMSS | Hardware Test Management startup shutdown | |
271 | HTMSS | Hardware Test Management startup shutdown | |
270 | HTMSS | Hardware Test Manager on Startup and Shutdown | |
235 | HTMSS | Hardware Tests Management Start up and Shutdown | |
64 | HTTP | HyperText Transfer Protocol | |
185 | HTTP | HyperText Transfer Protocol | |
191 | HTTP | HyperText Transfer Protocol | |
248 | HTTP | Hypertext Transfer Protocol | |
217 | HTTP | Hypertext Transport Protocol | |
284 | HVAC | Heating, Ventilation and Air Conditioning | |
18 | HW | Hardware | |
61 | HW | HardWare | |
68 | HW | Hardware | |
69 | HW | Hardware | |
84 | HW | Hardware | |
97 | HW | Hardware | |
117 | HW | Hardware | |
118 | HW | Hardware | |
119 | HW | Hardware | |
124 | HW | Hardware | |
146 | HW | Hardware | |
149 | HW | Hardware | |
170 | HW | Hardware | |
206 | HW | Hardware | |
218 | HW | Hardware | |
225 | HW | Hardware | |
234 | HW | Hardware | |
252 | HW | Hardware | |
272 | HW | HardWare | |
280 | HW | Hardware | |
18 | HWA | Hardware Abstraction | |
133 | Hypot | Hypotenuse | |
109 | I- | Relative to AUTOSAR COM Interaction Layer | |
144 | I- | Relative to upper AUTOSAR Layer (e.g. COM, DCM etc.) | |
111 | I-PDU | Information Protocol Data Unit | |
172 | I-PDU | Interaction Layer PDU. An I-PDU consists of data (buffer), length and I-PDU ID. The PDU router will mainly route I-PDUs (exception is routing-on-the-fly) | |
114 | I-PDU | Interaction Layer PDU. In AUTOSAR the Interaction Layer is equivalent to the Communication Services Layer. | |
234 | I-PDU | Interaction Layer Protocol Data Unit | |
110 | I-PDU | Interaction Layer Protocol Data Unit An I-PDU carries signals. It is defined in [17]. | |
172 | I-PDU ID | PDU Identifier | |
67 | i.e. | [lat.] id est = [eng.] that is | |
145 | i.e. | [lat.] id est = [eng.] that is | |
147 | i.e. | [lat.] id est = [eng.] that is | |
114 | i.e. | [lat.] it est = [eng.] that is | |
144 | i.e. | lat. 'id est' – engl. that is | |
148 | I/O | Input/Output | |
222 | I/O | Input/Output | |
237 | I/O | Input/Output | |
221 | I2C | Inter-Integrated Circuit | |
201 | I2V | infrastructure to vehicle | |
250 | IAM | Identity and Access Management | |
35 | IAM | Identity and Access Management | |
232 | iam | Identity and Access Management | |
252 | IAM | Identity and Access Management (AP functional cluster) | |
64 | IANA | Internet Assigned Numbers Authority | |
185 | IANA | Internet Assigned Numbers Authority | |
191 | IANA | Internet Assigned Numbers Authority | |
148 | IB | Internally buffered channel. Buffers containing data to transfer are inside the SPI Handler/Driver. | |
108 | IB | Internally Buffered channels. Buffers containing data to transfer are inside the SPI Handler/Driver. | |
187 | IB | Internally buffered channels. Buffers containing data to transfer are inside the SPI Handler/Driver. | |
252 | IC | Integrated Circuit | |
234 | ICC | Implementation Conformance Class | |
295 | ICC1 | Implementation Conformance Class 1 (whole BSW & RTE) | |
211 | ICC1, ICC2, ICC3 | AUTOSAR Implementation Conformance Class 1...3 | *2 |
295 | ICC2 | Implementation Conformance Class 2 (functional cluster of BSW) | |
295 | ICC3 | Implementation Conformance Class 3 (individual BSW modules) | |
64 | ICMP | Internet Control Message Protocol | |
126 | ICMP | Internet Control Message Protocol | |
191 | ICMP | Internet Control Message Protocol | |
234 | ICMP | Internet Control Message Protocol | |
292 | ICMP | Internet Control Message Protocol | |
297 | ICMP | Internet Control Message Protocol | |
301 | ICMP | Internet Control Message Protocol | |
185 | ICMPv4 | Internet Control Message Protocol | |
64 | ICMPv4 | Internet Control Message Protocol for Internet Protocol Version 4 | |
191 | ICMPv4 | Internet Control Message Protocol for Internet Protocol Version 4 | |
64 | ICMPv6 | Internet Control Message Protocol for Internet Protocol Version 6 | |
185 | ICMPv6 | Internet Control Message Protocol for Internet Protocol Version 6 | |
191 | ICMPv6 | Internet Control Message Protocol for Internet Protocol Version 6 | |
101 | ICOM | Intelligent Communication Controller | |
104 | ICOM | Intelligent Communication Controller | |
234 | ICOM | Intelligent COMmunication controller | |
26 | ICS | Implementation Conformance Statement | |
211 | ICS | Implementation Conformance Statement | |
229 | Icu | ICU Driver | *1 |
55 | ICU | Input Capture Unit | |
70 | ICU | Input Capture Unit | |
73 | ICU | Input Capture Unit | |
85 | ICU | Input Capture Unit | |
86 | ICU | Input Capture Unit | |
91 | ICU | Input Capture Unit | |
121 | ICU | Input Capture Unit | |
130 | ICU | Input Capture Unit | |
150 | ICU | Input Capture Unit | |
234 | ICU | Input Capture Unit | |
152 | ICU | Input Capture Unit (not Intensive Care Unit) | |
62 | ICU | Interrupt Capture Unit | |
63 | ICU | Interrupt Capture Unit | |
65 | ICU | Interrupt Capture Unit | |
78 | ICU | Interrupt Capture Unit | |
90 | ICU | Interrupt Capture Unit | |
160 | ICU | Interrupt Control Unit | |
242 | ICV | Integrity Check Value | |
187 | ID | Identification Number of an element (Channel, Job, Sequence). | |
69 | ID | Identification/Identifier | |
124 | ID | Identification/Identifier | |
149 | ID | Identification/Identifier | |
121 | ID | Identifier | |
123 | ID | Identifier | |
144 | ID | Identifier | |
157 | Id | Identifier | |
158 | ID | Identifier | |
159 | ID | Identifier | |
170 | ID | Identifier | |
206 | ID | Identifier | |
212 | ID | Identifier | |
217 | ID | Identifier | |
219 | ID | Identifier | |
221 | ID | Identifier | |
222 | ID | Identifier | |
225 | ID | Identifier | |
237 | ID | Identifier | |
284 | ID | Identity | |
143 | ID/Id | Identifier | |
147 | Id/ID | Identifier | |
148 | ID/Id | Identifier | |
252 | IDef | Item Definition | |
31 | IDL | Interface Description Language | |
234 | IDL | Interface Description Language | |
100 | ie | Implementation specific file name extension, see SWS_BSW_00103. | |
234 | IEC | International Electrotechnical Commission | |
64 | IETF | Internet Engineering Task Force | |
185 | IETF | Internet Engineering Task Force | |
191 | IETF | Internet Engineering Task Force | |
201 | IF | Interface | |
287 | IF | Interface | |
234 | IFI | Interpolation Floating point | |
229 | Ifl | IFl Library | *1 |
153 | IFL | Interpolation Floating point Library | |
77 | IFL | Interpolation function s of FLoating point | |
77 | Ifl | Library of Interpolation functions of FLoating point | |
229 | Ifx | IFx Library | *1 |
154 | Ifx | Interpolation Fixed point | |
234 | IFx | Interpolation Fixed point | |
77 | IFX | Interpolation function s of FiXed point | |
77 | Ifx | Library of Interpolation functions of FiXed point | |
242 | IKE | Internet Key Exchange | |
10 | IKE | Internet Key Exchange protocol | |
242 | IKEv2 | Internet Key Exchange version 2 | |
284 | IMMO | Immobilizer | |
284 | INCL | Inclination sensor | |
176 | int | Integer | |
154 | IntIpoCur | Integrated interpolation of curve | |
154 | IntIpoFixCur | Integrated interpolation of fixed curve | |
154 | IntIpoFixICur | Integrated interpolation of fixed interval curve | |
154 | IntIpoFixIMap | Integrated interpolation of fixed interval map | |
154 | IntIpoFixMap | Integrated interpolation of fixed map | |
154 | IntIpoMap | Integrated interpolation of map | |
154 | IntLkUpCur | Integrated curve look-up | |
154 | IntLkUpFixCur | Integrated fixed curve look-up | |
154 | IntLkUpFixICur | Integrated fixed interval curve look-up | |
154 | IntLkUpFixIMap | Integrated fixed interval map look-up | |
154 | IntLkUpFixMap | Integrated fixed map look-up | |
154 | IntLkUpMap | Integrated map look-up | |
234 | IO | Input/ Output | |
210 | IO | Input/Output | |
212 | IO | Input/Output | |
217 | IO | Input/Output | |
219 | IO | Input/Output | |
210 | IO | Interface Description Language | *5 IDL |
278 | IOAT | Interoperability of AUTOSAR Tools | |
278 | IOATS | Interoperability of AUTOSAR Tools Supplement | |
211 | IOC | Inter OS-Application Communication | |
170 | IOC | Inter OS-Application communicator | |
7 | IOC | Inter OS-Application communicator, part of OS | |
270 | IOC | Inter-OS-Application Communicator | |
272 | IoHwAb | Input/Output Hardware Abstraction | |
278 | IOHWAB | IO Hardware Abstraction | |
10 | IP | Internet protocol | |
64 | IP | Internet Protocol | |
113 | IP | Internet Protocol | |
126 | IP | Internet Protocol | |
135 | IP | Internet Protocol | |
185 | IP | Internet Protocol | |
191 | IP | Internet Protocol | |
198 | IP | Internet Protocol | |
200 | IP | Internet Protocol | |
212 | IP | Internet Protocol | |
217 | IP | Internet Protocol | |
219 | IP | Internet Protocol | |
225 | IP | Internet Protocol | |
242 | IP | Internet Protocol | |
253 | IP | Internet Protocol | |
297 | IP | Internet Protocol | |
301 | IP | Internet Protocol | |
3 | IPC | Inter Process Communication | |
120 | IPC | Inter-Process Communication | |
247 | IPC | Inter-Process Communication | |
221 | IPDU | Interaction Layer Protocol Data Unit | |
222 | IPDU | Interaction Layer Protocol Data Unit | |
229 | IpduM | IPDU Multiplexer | |
154 | IpoCur | Interpolation of curve used for distributed search and interpolation | |
154 | IpoMap | Interpolation of map used for distributed search and interpolation | |
191 | IPsec | Internet Protocol Security | |
242 | IPsec | Internet Protocol Security | |
10 | IPsec | Internet Protocol Security protocol | |
64 | IPv4 | Internet Protocol for Version 4 | |
126 | IPv4 | Internet Protocol version 4 | |
185 | IPv4 | Internet Protocol version 4 | |
191 | IPv4 | Internet Protocol version 4 | |
292 | IPv4 | Internet Protocol version 4 | |
64 | IPv6 | Internet Protocol for Version 6 | |
126 | IPv6 | Internet Protocol version 6 | |
185 | IPv6 | Internet Protocol version 6 | |
191 | IPv6 | Internet Protocol version 6 | |
278 | IRH | Interrupt Handling Explanation | |
60 | IRQ | Interrupt Request | |
116 | IRQ | Interrupt Request | |
284 | ISC | Interior Scanner | |
221 | ISG | Inter-slot Gap | |
222 | ISIGNAL | Interaction Layer Signal | |
19 | ISO | International Organization for Standardization | |
212 | ISO | International Organization for Standardization | |
144 | ISO | International Standard Organisation | |
69 | ISO | International Standardization Organization | |
124 | ISO | International Standardization Organization | |
149 | ISO | International Standardization Organization | |
217 | ISO | International Standardization Organization | *5 |
219 | ISO | International Standardization Organization | *5 |
252 | ISO | International Standardization Organization | |
84 | ISR | Interrupt Service Routine | |
96 | ISR | Interrupt Service Routine | |
104 | ISR | Interrupt Service Routine | |
108 | ISR | Interrupt Service Routine | |
130 | ISR | Interrupt Service Routine | |
134 | ISR | Interrupt Service Routine | |
143 | ISR | Interrupt Service Routine | |
145 | ISR | Interrupt Service Routine | |
148 | ISR | Interrupt Service Routine | |
157 | ISR | Interrupt Service Routine | |
159 | ISR | Interrupt Service Routine | |
160 | ISR | Interrupt Service Routine | |
166 | ISR | Interrupt Service Routine | |
170 | ISR | Interrupt Service Routine | |
192 | ISR | Interrupt Service Routine | |
193 | ISR | Interrupt Service Routine | |
207 | ISR | Interrupt Service Routine | |
208 | ISR | Interrupt Service Routine | |
209 | ISR | Interrupt Service Routine | |
211 | ISR | Interrupt Service Routine | |
234 | ISR | Interrupt Service Routine | |
272 | ISR | Interrupt Service Routine | |
141 | ISR | Interrupt Service Routine. | |
169 | ISR | Interrupt Service Routine. | |
173 | ISR | Interrupt Service Routine. | |
11 | ISR | Interrupt Service Routine. Also used as a macro to declare in C a cat2 interrupt service routine. | |
56 | ISR | Interrupt Service Routine. Also used as a macro to declare in C a cat2 interrupt service routine. | |
200 | ITS | Intelligent Transport System | |
201 | ITS | Intelligent Transport System | |
203 | ITS | Intelligent Transport System | |
94 | ITS | Intelligent Transport Systems | |
94 | ITS-S | ITS Station | |
201 | ITS-S | ITS-Station | |
124 | IUMPR | In Use Monitoring Performance Ratio (OBD Term) | |
212 | IUMPR | In-Use Monitor Performance Ratio | |
219 | IUMPR | In-Use Monitor Performance Ratio | |
227 | IUT | Implementation Under Test | |
292 | IUT | Implementation Under Test | |
295 | IUT | Implementation under test | |
297 | IUT | Implementation Under Test | |
301 | IUT | Implementation Under Test | |
302 | IUT | Implementation Under Test | |
4 | IUT | Implementation Under Test (see ISO/IEC 9646-1) | |
289 | IUT | Implementation Under Test that is located inside the DUT | |
297 | IUTIface-n | n-th Interface of IUT | |
301 | IUTIface-n | n-th Interface of IUT | |
292 | IUTIface-n | n-th Interface of IUT(Implementation Under Test) | |
297 | IUTIface-n-IP | IP address of n-th Interface of IUT | |
301 | IUTIface-n-IP | IP address of n-th Interface of IUT | |
292 | IUTIface-n-IP | IP address of n-th Interface of IUT(Implementation Under Test) | |
120 | IV | Initialization Vector | |
243 | IV | Initialization Vector | |
201 | IVI | Infrastructure to Vehicle Information | |
94 | IVIM | Infrastructure to Vehicle Information Message | |
201 | IVIM | Infrastructure to Vehicle Information Message | |
229 | J1939Dcm | SAE J1939 Diagnostic Communication Manager | |
124 | J1939Dcm | SAEJ1939 Diagnostic Communication Manager | |
105 | J1939Nm | J1939 Network Management module | |
229 | J1939Nm | SAE J1939 Network Management | |
229 | J1939Rm | SAE J1939 Request Manager | |
105 | J1939Tp | J1939 Transport Layer module | |
229 | J1939Tp | SAE J1939 Transport Layer | |
89 | J1939Tp N-PDU | PDU(Protocol Data Unit) of J1939 Transport Layer, exchanged with CAN Interface | |
89 | J1939Tp N-SDU | SDU(Service Data Unit) of J1939 Transport Layer, exchanged with PDU Router | |
159 | Jitter | Difference between longest delay and shortest delay (e.g. Worst case execution time – Best case execution time) | |
193 | JLEF | (TTCAN) Job List Execution Function | |
210 | JSON | JavaScript Object Notation | |
225 | JSON | JavaScript Object Notation | |
217 | JSON | JavScript Object Notation | *5 |
201 | KAF | DENM Keep Alive Forwarding | |
61 | KEM | Key Encapsulation Mechanism | |
61 | KeyM | Key Manager | |
156 | KeyM | Key Manager | |
229 | KeyM | Key Manager | |
174 | KVS | Key-Value Storage | |
109 | L- | Relative to the CAN Interface module which is equivalent to the Logical Link Control (the upper part of the Data Link Layer – the lower part is called Media Access Control) | |
144 | L- | Relative to the FlexRay Interface module. | |
114 | L-PDU | Data Link Layer PDU. In AUTOSAR the Data Link Layer is equivalent to the Communication Hardware Abstraction and Microcontroller Abstraction Layer. | |
172 | L-PDU | Data Link Layer PDU. One or more I-PDUs are packed into one L-PDU. The L-PDU is bus specific, e.g. CAN frame. | |
110 | L-PDU | Data Link Layer Protocol Data Unit. In AUTOSAR, the Data Link Layer is equivalent to the Communication Hardware Abstraction and Microcontroller Abstraction Layer. | |
192 | L-PDU | Protocol Data Unit for the data link layer (DLL) | |
193 | L-PDU | Protocol Data Unit for the Data Link Layer (DLL) | |
234 | L-PDU | Protocol Data Unit of the data Link layer | |
234 | L-SDU | SDU of the data Link layer | |
18 | L&R | left and right | |
161 | L&T | Acronym for Log and Trace | |
60 | L1 | 1st level memory | |
116 | L1 | 1st level memory | |
60 | L2 | 2nd level memory | |
116 | L2 | 2nd level memory | |
217 | LAN | Local Area Network | |
280 | LaneProblty | Probability of the potential target object to be located in the driving corri- dor, or predicted vehicle course.CutInProblty | |
18 | LB | The Function Low Beam | |
289 | LC | Lower Test Channel (channel between LT and IUT that can be accessed from outside the DUT) | |
229 | LdCom | Large Data COM | |
290 | LdCom | Large Data COM | |
158 | LDF | LIN Description File | |
201 | LDM | Local Dynamic Map | |
170 | LE | A locatable entity is a distinct piece of software that has the same effect regardless of which core it is located. | |
283 | LED | Light Emitting Diode | |
284 | LED | Light-Emitting Diode | |
280 | Len | Longitudinal length of the object. | |
234 | LET | Logical Execution Time | |
144 | LF | Last Frame Fr N-PDU | |
94 | LF | Low frequency | |
284 | LHFD | Left Hand Front Door | |
284 | LHRD | Left Hand Rear Door | |
133 | Lib | Library | |
153 | Lib | Library | |
154 | Lib | Library | |
163 | Lib | Library | |
278 | LIBS | Requirements on Libraries | |
19 | LIDAR | LIght Detection And Ranging | |
234 | LIFO | Last In First Out | |
163 | Limit | Limitation routine | |
164 | Limit | Limitation routine | |
229 | Lin | LIN Driver | *1 |
76 | LIN | Local Interconnect Network | |
123 | LIN | Local Interconnect Network | |
159 | LIN | Local Interconnect Network | |
212 | LIN | Local Interconnect Network | |
219 | LIN | Local Interconnect Network | |
221 | LIN | Local Interconnect Network | |
237 | LIN | Local Interconnect Network | |
294 | LIN | Local Interconnect Network | |
157 | LIN | Local Interconnect Network (as defined by [16]) | |
234 | LIN | Local Interconnected Network | *5 |
158 | LIN TP | LIN Transport Protocol (Part of the LIN Interface) | |
159 | LinIf | LIN Interface | |
229 | LinIf | LIN Interface | |
229 | LinSM | LIN State Manager | |
159 | LinSM | LIN State Manager (the subject of this document) | |
144 | LinTp | LIN Transport Protocol | |
160 | LinTrcv | Lin Transceiver Driver | |
229 | LinTrcv | LIN Transceiver Driver | |
154 | LkUpCur | Curve look-up used for distributed search and interpolation | |
154 | LkUpMap | Map look-up used for distributed search and interpolation | |
94 | LLC | Logical Link Control | |
172 | Lo | Lower layer communication interface module | |
278 | LOG | Adaptive Log and Trace | |
232 | log | Log and Trace | |
278 | log | Log and Trace | |
59 | LOM | Listen Only Mode | |
172 | LoTp | Lower layer transport protocol module | |
96 | LPDU | Data Link Layer PDU | |
209 | LPDU | Data Link Layer PDU | |
221 | LPDU | Data Link Layer Protocol Data Unit | |
222 | LPDU | Data Link Layer Protocol Data Unit | |
143 | LPdu | Datalink layer Protocol Datagram Unit | |
133 | LpFilter | Low pass filter | |
133 | LpFilterFac1 | Low pass filter with a factor of 1 (included in [0, 1]) | |
18 | LS | Light Switch | |
278 | LSA | Layered Software Architecture | |
121 | LSB | Least Significant Bit | |
234 | LSB | Least Significant Bit | |
131 | LSB | Least significant bit / byte (depending on context). Here it’s bit. | |
165 | LSB | Least significant bit / byte (depending on context). Here it’s bit. | |
140 | LSB | Least significant bit / byte (depending on context). Here, “bit” is meant. | |
94 | LT | Lifetime | |
234 | LT | Log and Trace | *4 |
227 | LT | Lower Tester | *4 |
290 | LT | Lower Tester | |
291 | LT | Lower Tester | |
292 | LT | Lower Tester | |
293 | LT | Lower Tester | |
294 | LT | Lower Tester | |
295 | LT | Lower Tester | |
296 | LT | Lower Tester | |
297 | LT | Lower Tester | |
298 | LT | Lower Tester | |
299 | LT | Lower Tester | |
300 | LT | Lower Tester | |
301 | LT | Lower Tester | |
302 | LT | Lower Tester | |
303 | LT | Lower Tester | |
289 | LT | Lower Tester (Part of TS located outside the DUT on bottom of the IUT) | |
203 | LTC | Long Term Certificate | |
94 | LTCA | Long-Term Certificate Authority | |
297 | LTIface-m | m-th Interface of LT | |
292 | LTIface-m | m-th Interface of LT(Lower Tester) | |
297 | LTIface-m-IP | IP address of m-th Interface of LT | |
301 | LTIface-m-IP | IP address of m-th Interface of LT | |
292 | LTIface-m-IP | IP address of m-th Interface of LT(Lower Tester) | |
301 | LTIface-m-IP | m-th Interface of LT | |
100 | MA | Capitalized module abbreviation. The Capitalized module abbreviation is the Module abbreviation (see bsw_constr_001) completely written in upper case. | |
273 | Ma | Module Abbreviation | |
100 | Ma | Module abbreviation, see SWS_BSW_00101. | |
217 | MAC | Media Access Control | *4 |
94 | MAC | Medium Access Control | |
61 | MAC | Message Authentication Code | |
120 | MAC | Message Authentication Code | |
217 | MAC | Message Authentication Code | |
219 | MAC | Message Authentication Code | |
221 | MAC | Message Authentication Code | *4 |
243 | MAC | Message Authentication Code | |
264 | MAC | Message Authentication Code | |
268 | MAC | Message Authentication Code | |
221 | MAC Address | media access control address | |
278 | Main | AUTOSAR Main Requirements | |
252 | MAL | Malfunction | |
62 | MAL | Old name of Microconroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
63 | MAL | Old name of Microconroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
65 | MAL | Old name of Microconroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
70 | MAL | Old name of Microconroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
78 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is | |
55 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a French term meaning ‘bad’) | |
85 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
87 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
90 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a French term meaning ‘bad’) | |
91 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a french term meaning ‘bad’) | |
73 | MAL | Old name of Microcontroller Abstraction Layer (replaced by MCAL because ‘MAL’ is a French term meaning ‘male’) | |
225 | Manifest | A description to specify the behavior of an AUTOSAR platform | *6 |
154 | Map | Map for Interpolation | |
94 | MAPEM | MAP (topology) Extended Message | |
201 | MAPEM | MAP Extended Message | |
63 | Master | A device controlling other devices (slaves, see below) | |
163 | max | Maximum | |
164 | Max | Maximum | |
211 | MC | Measurement and Calibration | *4 |
234 | MC | MicroController | *4 |
84 | MC | Multi-Core | |
170 | MC | Multi-Core | |
278 | MCA | Assumptions in Unique Names for Documentation, Measurement and Calibration: Modeling and Naming Aspects including Automatic Generation | |
278 | MCAI | Unique Names for Documentation, Measurement and Calibration: Modeling and Naming Aspects including Automatic Generation | |
61 | MCAL | Micro Controller Abstraction Layer | |
108 | MCAL | Micro Controller Abstraction Layer | |
148 | MCAL | Micro controller Abstraction Layer | |
160 | MCAL | Micro Controller Abstraction Layer | |
219 | MCAL | Micro-Controller Abstraction | *5 |
116 | MCAL | Microcomputer Abstraction Layer | |
62 | MCAL | Microconroller Abstraction Layer | |
65 | MCAL | Microconroller Abstraction Layer | |
70 | MCAL | Microconroller Abstraction Layer | |
86 | MCAL | Microconroller Abstraction Layer | |
7 | MCAL | microcontroller abstraction layer | |
55 | MCAL | Microcontroller Abstraction Layer | |
63 | MCAL | Microcontroller Abstraction Layer | |
66 | MCAL | Microcontroller Abstraction Layer | |
73 | MCAL | Microcontroller Abstraction Layer | |
78 | MCAL | Microcontroller Abstraction Layer | |
83 | MCAL | Microcontroller Abstraction Layer | |
85 | MCAL | Microcontroller Abstraction Layer | |
87 | MCAL | Microcontroller Abstraction Layer | |
90 | MCAL | Microcontroller Abstraction Layer | |
91 | MCAL | MicroController Abstraction Layer | |
104 | MCAL | Microcontroller Abstraction Layer | |
143 | MCAL | Microcontroller Abstraction Layer | |
144 | MCAL | Microcontroller Abstraction Layer | |
157 | MCAL | MicroController Abstraction Layer | |
159 | MCAL | Microcontroller Abstraction Layer | |
169 | MCAL | Microcontroller Abstraction Layer | |
192 | MCAL | Microcontroller Abstraction Layer | |
193 | MCAL | Microcontroller Abstraction Layer | |
234 | MCAL | Microcontroller Abstraction Layer | |
272 | MCAL | MicroController Abstraction Layer | |
100 | MCAL | The MCAL, Microcontroller Abstraction Layer, is defined in AUTOSAR Layered Software Architecture [2] | |
96 | MCD | Measurement Calibration and Diagnostics | |
209 | MCD | Measurement Calibration and Diagnostics | |
286 | MCD | Measurement, Calibration and Diagnostic | |
219 | MCD | Measurement, Calibration, Diagnostics | *5 |
278 | MCG | Generation Rules in Unique Names for Documentation, Measurement and Calibration: Modeling and Naming Aspects including Automatic Generation | |
134 | MCG | Module Configuration Generator | |
135 | MCG | Module Configuration Generator | |
137 | MCG | Module Configuration Generator | |
143 | MCG | Module Configuration Generator | |
145 | MCG | Module Configuration Generator | |
148 | MCG | Module Configuration Generator | |
207 | MCG | Module Configuration Generator | |
208 | MCG | Module Configuration Generator | |
278 | MCM | Modeling Rules in Unique Names for Documentation, Measurement and Calibration: Modeling and Naming Aspects including Automatic Generation | |
125 | MCNT | Message Counter | |
278 | MCR | Requirements in Unique Names for Documentation, Measurement and Calibration: Modeling and Naming Aspects including Automatic Generation | |
229 | Mcu | MCU Driver | *1 |
72 | MCU | Micro Controller Unit | |
150 | MCU | Micro Controller Unit | |
157 | MCU | Micro Controller Unit | |
162 | MCU | Micro Controller Unit | |
206 | MCU | Micro Controller Unit | |
234 | MCU | Micro Controller Unit | |
271 | MCU | Micro Controller Unit | |
141 | MCU | Micro Controller Unit. | |
123 | MCU | Micro-Controller Unit | |
55 | MCU | Microcontroller Unit | |
60 | MCU | Microcontroller Unit | |
62 | MCU | Microcontroller Unit | |
63 | MCU | Microcontroller Unit | |
65 | MCU | Microcontroller Unit | |
66 | MCU | Microcontroller Unit | |
70 | MCU | Microcontroller Unit | |
73 | MCU | Microcontroller Unit | |
78 | MCU | Microcontroller Unit | |
83 | MCU | Microcontroller Unit | |
84 | MCU | Microcontroller Unit | |
85 | MCU | Microcontroller Unit | |
86 | MCU | Microcontroller Unit | |
87 | MCU | Microcontroller Unit | |
90 | MCU | Microcontroller Unit | |
91 | MCU | MicroController Unit | |
97 | MCU | Microcontroller Unit | |
116 | MCU | Microcontroller Unit | |
130 | MCU | Microcontroller Unit | |
143 | MCU | Microcontroller Unit | |
169 | MCU | Microcontroller Unit | |
170 | MCU | Microcontroller Unit | |
177 | MCU | MicroController Unit | |
7 | MCU | microcontroller unit, μC | |
169 | MCU | Microcontroller Unit. | |
173 | MCU | Microcontroller Unit. | |
217 | MD | Message Digest | |
265 | MDIO | Management Data Input/Output | |
110 | MDT | A detailed description of the Minimum Delay Timer (MDT) can be found in [17]. See also Chapter 7.3.5.5. | |
234 | ME | Mappable Element | |
170 | ME | Mutual exclusion | |
278 | MEM | Requirements on Memory Services | |
79 | MemIf | Memory Abstraction Interface | |
131 | MemIf | Memory Abstraction Interface | |
140 | MemIf | Memory Abstraction Interface | |
165 | MemIf | Memory Abstraction Interface | |
229 | MemIf | Memory Abstraction Interface | |
229 | MemMap | Memory Mapping | |
278 | METH | AUTOSAR Methodology | |
278 | MethModR | Methodology Model Rules | |
234 | MFI | Mathematical Floating point | |
77 | Mfl | Library of Mathematical FLoating point point calculations | |
77 | MFL | Mathematical FLoating point calculation | |
163 | MFL | Mathematical Floating point Library | |
229 | Mfl | MFl Library | *1 |
77 | Mfx | Library of Mathematical FiXed point calculations | |
234 | MFx | Math – Fixed Point | |
77 | MFX | Mathematical FiXed point calculation | |
229 | Mfx | MFx Library | *1 |
164 | MFX/Mfx | Math – Fixed Point library | |
94 | MHP | Maximum Hop limit | |
278 | MICS | Miscellaneous Support | |
137 | MII | Media Independent Interface (standardized Interface provided by Ethernet controllers to access Ethernet transceivers, see [21]) | |
134 | MII | Media Independent Interface (standardized Interface provided by Ethernet controllers to access Ethernet transceivers) | |
135 | MII | Media Independent Interface (standardized Interface provided by Ethernet controllers to access Ethernet transceivers) | |
265 | MII | Media Independent Interface (standardized interface provided by Ethernet controllers to access Ethernet transceivers) | |
69 | MIL | Malfunction Indication Light | |
149 | MIL | Malfunction Indication Light | |
124 | MIL | Malfunction Indicator Light (SAE J1979) or Lamp (SAE J1939) | |
19 | MiL | Model in the Loop | |
16 | MIMD | Multiple Instruction Multiple Data | |
248 | MIME | Multipurpose Internet Mail Extensions | |
163 | min | Minimum | |
164 | Min | Minimum | |
164 | Minmax | Limitation with only one value for min and max | |
100 | Mip | Module implementation prefix, see SWS_BSW_00102. Capitalized module implementation prefix. The Capitalized module implementation prefix is the Module implementation prefix (SWS_BSW_00102) completely written in upper case. | |
234 | MIPS | Million Instructions Per Second | |
229 | Mirror | Bus Mirroring | |
85 | MISO | Master Input Slave Output | |
91 | MISO | Master Input Slave Output | |
187 | MISO | Master Input Slave Output | |
96 | MISRA | Motor Industry Software Reliability Association | |
143 | MISRA | Motor Industry Software Reliability Association | |
144 | MISRA | Motor Industry Software Reliability Association | |
148 | MISRA | Motor Industry Software Reliability Association | |
209 | MISRA | Motor Industry Software Reliability Association | |
285 | MISRA | Motor Industry Software Reliability Association | |
288 | MISRA | Motor Industry Software Reliability Association | |
278 | MM | Meta Model | |
252 | MM | Methods and Methodology (AP) | |
283 | MM/T/HMI | Multimedia / Telematics / Human Machine Interface | |
278 | MMG | Mode Management Guide | |
278 | MMHWABLY | Memory Hardware Abstraction Layer | |
234 | MMI | Man Machine Interface | *7 |
278 | MMOD | MetaModel | |
55 | MMU | Memory Management Unit | |
62 | MMU | Memory Management Unit | |
63 | MMU | Memory Management Unit | |
65 | MMU | Memory Management Unit | |
70 | MMU | Memory Management Unit | |
78 | MMU | Memory Management Unit | |
85 | MMU | Memory Management Unit | |
90 | MMU | Memory Management Unit | |
91 | MMU | Memory Management Unit | |
234 | MMU | Memory Management Unit | |
252 | MMU | Memory Management Unit | |
133 | Mn | Mnemonic | |
153 | Mn | Mnemonic | |
163 | Mn | Mnemonic | |
278 | MOD | Model | |
164 | Mod | Modulo routine | |
278 | ModeMgm | Mode Management | |
85 | MOSI | Master Output Slave Input | |
91 | MOSI | Master Output Slave Input | |
187 | MOSI | Master Output Slave Input | |
221 | MOST | Media Oriented Systems Transport | |
234 | MOST | Media Oriented Systems Transport | |
123 | MOST0 | Media Orientated System Transport | |
234 | MP | MicroProcessor | |
60 | MPU | Memory Protection Unit | |
84 | MPU | Memory Protection Unit | |
116 | MPU | Memory Protection Unit | |
170 | MPU | Memory Protection Unit | |
234 | MPU | Memory Protection Unit | |
76 | MRF | Master Request Frame | |
158 | MRF | Master Request Frame | |
279 | MS | Milestone | |
121 | MSB | Most Significant Bit | |
234 | MSB | Most Significant Bit | |
131 | MSB | Most significant bit / byte (depending on context). Here it’s bit. | |
165 | MSB | Most significant bit / byte (depending on context). Here it’s bit. | |
140 | MSB | Most significant bit / byte (depending on context). Here, “bit” is meant. | |
125 | MSBF | Most Significant Byte First | |
125 | MSBI | Message Bus Info | |
125 | MSCI | Message Control Info | |
301 | MSL | Maximum Segment Lifetime | |
125 | MSLI | Message Log Info | |
211 | MSR | Manufacturer Supplier Relationship | |
125 | MSTI | Message Trace Info | |
125 | MSTP | Message Type | |
72 | MSTP | Microcontroller Specific Test Package | |
235 | MSTP | Microcontroller Specific Test Package | |
270 | MSTP | Microcontroller Specific Test Package | |
271 | MSTP | Microcontroller Specific Test Package | |
16 | MTAPI | multicore API | |
252 | MTBF | Meant Time Between Failure | |
278 | MTCG | Multi Core Guide | |
278 | MTG | General Requirements on Methodology and Templates | |
252 | MTTF | Mean Time To Failure | |
64 | MTU | Maximum Transmission Unit | |
191 | MTU | Maximum Transmission Unit | |
217 | MTU | Maximum Transmission Unit | |
253 | MTU | Maximum Transmission Unit | |
292 | MTU | Maximum Transmission Unit | |
297 | MTU | Maximum Transmission Unit | |
301 | MTU | Maximum Transmission Unit | |
109 | Mtype | Message Type (possible value: diagnostics, remote diagnostics) | |
164 | Mul | Multiplication | |
164 | MulDiv | Combination of multiplication and division | |
164 | MulShRight | Combination of multiplication and shift right | |
109 | N_AI | Network Address Information (see ISO 15765-2). | |
109 | N_Ar | Time for transmission of the CAN frame (any N-PDU) on the receiver side (see ISO 15765-2). | |
109 | N_As | Time for transmission of the CAN frame (any N-PDU) on the sender side (see ISO 15765-2). | |
158 | N_As | Time for transmission of the LIN frame (any N-PDU) on the sender side (see ISO 17987-2 [19]). | |
109 | N_Br | Time until transmission of the next flow control N-PDU (see ISO 15765-2). | |
109 | N_Bs | Time until reception of the next flow control N-PDU (see ISO 15765-2). | |
109 | N_Cr | Time until reception of the next consecutive frame N-PDU (see ISO 15765-2). | |
158 | N_Cr | Time until reception of the next consecutive frame N-PDU (see ISO 17987-2 [19]). | |
109 | N_Cs | Time until transmission of the next consecutive frame N-PDU (see ISO 15765-2). | |
158 | N_Cs | Time until transmission of the next consecutive frame N-PDU (see ISO 17987-2 [19]). | |
109 | N_Data | Data information of the transport layer | |
109 | N_PCI | Protocol Control Information of the transport layer | |
76 | N_PDU | Network Protocol Data Unit | |
109 | N_SA | Network Source Address (see ISO 15765-2). | |
76 | N_SDU | Network Service Data Unit | |
76 | N_TA | Extended Addressing Mode Connection | |
109 | N_TA | Network Target Address (see ISO 15765-2). It might already contain the N_TAtype(physical/function) in case of ExtendedAddressing. | |
109 | N_TAtype | Network Target Address type (see ISO 15765-2). | |
109 | N- | Relative to the CAN Transport Layer which is equivalent to the OSI Network Layer. | |
144 | N- | Relative to the FlexRay Transport Protocol Layer. | |
114 | N-PDU | Network Layer PDU. In AUTOSAR the Network Layer is equivalent to the Transport Protocol. | |
172 | N-PDU | Network Layer PDU. Used by transport protocol modules to fragment an I-PDU | |
58 | N-PDU | Network Protocol Data Unit of the CAN Transport Layer | |
234 | N-PDU | Protocol Data Unit of the Network layer (transport protocols) | |
234 | N-SDU | SDU of the Network layer (transport protocols) | |
58 | N-SDU | Service Data Unit of the CAN Transport Layer. Data that is transported inside the N-PDU. | |
108 | n/a | Not Applicable | |
143 | n/a | Not Applicable | |
145 | N/A | not applicable | |
147 | N/A | Not applicable | |
148 | n/a | Not applicable | |
160 | n/a | Not applicable | |
232 | n/a | Operating System Interface | |
221 | NAD | Node Address for Diagnostic | |
158 | NAD | Node Address. Each slave in LIN must have a unique NAD. | |
183 | NAME | Unique 64 bit identifier of each ECU connected to an SAE J1939 network | |
158 | NC | Node Configuration | |
94 | NDL | Network Design limits | |
64 | NDP | Neighbor Discovery Protocol | |
185 | NDP | Neighbor Discovery Protocol | |
191 | NDP | Neighbor Discovery Protocol | |
94 | NH | Next Hop | |
221 | NID | Node Identification | |
143 | NIT | FlexRay Network Idle Time | |
221 | NIT | Network Idle Time | |
168 | Nm | Generic Network Management Interface module, this ist the abre- viation used for this module throughout this specification | |
22 | NM | Network Management | |
84 | NM | Network Management | |
106 | NM | Network Management | |
111 | NM | Network Management | |
142 | NM | Network Management | |
146 | NM | Network Management | |
147 | NM | Network Management | |
168 | NM | Network Management | |
198 | NM | Network Management | |
217 | NM | Network Management | |
219 | NM | Network Management | |
221 | NM | Network Management | |
225 | NM | Network Management | |
232 | nm | Network Management | |
253 | NM | Network Management | |
290 | NM | Network Management | |
291 | NM | Network Management | |
293 | NM | Network Management | |
295 | NM | Network Management | |
296 | NM | Network Management | |
298 | NM | Network Management | |
299 | NM | Network Management | |
300 | NM | Network Management | |
302 | NM | Network Management | |
229 | Nm | Network Management Interface | |
170 | NMI | Mutual exclusion | |
55 | NMI | Non maskable interrupt | |
62 | NMI | Non maskable interrupt | |
63 | NMI | Non maskable interrupt | |
65 | NMI | Non maskable interrupt | |
66 | NMI | Non maskable interrupt | |
70 | NMI | Non maskable interrupt | |
78 | NMI | Non maskable interrupt | |
85 | NMI | Non Maskable Interrupt | |
87 | NMI | Non maskable interrupt | |
90 | NMI | Non Maskable Interrupt | |
91 | NMI | Non Maskable Interrupt | |
178 | NMI | Non Maskable Interrupt | |
146 | NmIf | Abbreviation for the generic Network Management | |
229 | no prefix (AUTOSAR interface) | Complex Drivers | |
229 | no prefix (AUTOSAR interface) | IO HW Abstraction | |
125 | NOAR | Number of Arguments | |
194 | nop | No Operation | |
150 | NOP, nop | Null Operation | |
221 | NPDU | Network Layer Protocol Data Unit | |
123 | NRC | Negative Response Code | |
212 | NRC | Negative Response Code | |
227 | NRC | Negative Response Code | |
127 | NRC | Negative Response Code used by UDS in the diagnostic re- sponse to indicate the tester that a certain failure has occurred and the diagnostic request was not processed. | |
251 | NTP | Network Time Protocol | |
193 | NTU | See [1, ISO 11898-4] | |
167 | NV | Non volatile | |
15 | NV | Non-volatile | |
217 | NV | Non-Volatile | |
219 | NV | Non-Volatile | |
225 | NV | Non-Volatile | |
280 | NVH | Noise, Vibration, Harshness | |
132 | NvM | Module name of NVRAM Manager | |
210 | NVM | Non Volatile Memory | *4 |
211 | NvM | Non Volatile Memory | |
268 | NVM | Non volatile memory | |
252 | NvM | Non-volatile Memory | |
255 | NvM | Non-Volatile Memory, BSW Module, sometimes referred to as NV Memory(Surprisingly not yet listed!) | |
298 | NvM | Nonvolatile RAM Manager | |
15 | NvM | NVRAM Manager | |
131 | NvM | NVRAM Manager | |
140 | NvM | NVRAM Manager | |
165 | NvM | NVRAM Manager | |
229 | NvM | NVRAM Manager | *4 |
275 | NvM | NVRAM Manager | |
69 | NVRAM | Non volatile Memory | |
149 | NVRAM | Non volatile Memory | |
124 | NVRAM | Non volatile RAM | |
211 | NVRAM | Non Volatile RAM | |
132 | NVRAM | Non Volatile Random Access Memory | |
166 | NVRAM | Non-Volatile RAM | |
131 | NVRAM | Non-volatile RAM (Random Access Memory) | |
140 | NVRAM | Non-volatile RAM (Random Access Memory) | |
165 | NVRAM | Non-volatile RAM (Random Access Memory) | |
15 | NVRAM | Non-volatile Random Access Memory | |
130 | NVRAM | Non-volatile random access memory | |
234 | NVRAM | Non-Volatile Random Access Memory | |
237 | NW | Network | |
123 | OBD | On-Board Diagnosis | |
109 | OBD | On-Board Diagnostic | |
212 | OBD | On-Board Diagnostic | |
219 | OBD | On-Board Diagnostic | |
31 | OBD | On-board Diagnostic (standardized as ISO 15031) | |
149 | OBD | On-board Diagnostics | |
124 | OBD | On-Board-Diagnostics | |
221 | OBD | Onboard Diagnostic | |
69 | OBD | Onboard Diagnostics | |
149 | OBDII | Emission-related On-board Diagnostics | |
280 | ObjClassn | Class which indicates vehicle types (e.g. truck, passenger car, etc.) | |
280 | ObjData1 | ObjectData | |
280 | ObjDataRlvForFolwCtrl1 | ObjDataRelevantForFollowControl | |
280 | ObjId | Unique number for each object which has been tracked. The object keeps the same ID as long as it is output in the list. When an object dies, the ID can be reused for a new object. When a new object ap- pears, for one cycle the attribute "object is new" is set. ID=0 is reserved for "no object". | |
280 | ObjId | Unique number for each object which has been tracked. The object keeps the same ID as long as it is output in the list. When an object dies, the ID can be reused for a new object. When a new object ap- pears, for one cycle the attribute "object is new" is set. ID=0 is reserved for "no object". | |
280 | ObjRlvc | Measure of the plausibility as target object for Adaptive Cruise Control (ACC), which means that this measure increases if LaneProbability keeps high. | |
280 | ObjRlvcLowrLim | Lower limit of Object Relevance. Below this limit the object is not the target object for Adaptive Cruise Control (ACC). | |
280 | ObjRlvcUpprLim | Upper limit of Object Relevance. Above this limit the object becomes target object for Adaptive Cruise Control (ACC). | |
280 | ObstrcnProblty | Probability that obstacle can not be over- run, or can not be driven over it. | |
124 | OC | Occurrence Count (SAE J1939) | |
18 | oc/sc | Open circuit/ Short circuit | |
120 | OCSP | On-line Certificate Status Protocol | |
229 | Ocu | OCU Driver | |
83 | OCU | Output Compare Unit | |
90 | OCU | Output Compare Unit | |
169 | OCU | Output Compare Unit | |
287 | OD | Occupant Detection | |
96 | ODT | Object Descriptor Table | |
209 | ODT | Object Descriptor Table | |
212 | ODX | Open Diagnostic Data Exchange | |
41 | OEM | Original Equipment Manufacture | |
239 | OEM | Original Equipment Manufacture | |
18 | OEM | Original Equipment Manufacturer | |
19 | OEM | Original Equipment Manufacturer | |
61 | OEM | Original Equipment Manufacturer | |
69 | OEM | Original Equipment Manufacturer | |
149 | OEM | Original Equipment Manufacturer | |
168 | OEM | Original Equipment Manufacturer | |
210 | OEM | Original Equipment Manufacturer | |
212 | OEM | Original Equipment Manufacturer | |
217 | OEM | Original Equipment Manufacturer | |
219 | OEM | Original Equipment Manufacturer | |
225 | OEM | Original Equipment Manufacturer | |
234 | OEM | Original Equipment Manufacturer | |
280 | OEM | Original Equipment Manufacturer | |
284 | OEM | Original Equipment Manufacturer | |
124 | OEM | Original Equipment Manufacturer (Automotive Manufacturer) | |
61 | OFB | Output Feedback | |
195 | OFNS message | Offset adjustment message | |
197 | OFNS message | Offset adjustment message | |
190 | OFNS message | Time Synchronization message for an Offset Time Base (containing the nanosecond part of the time) | |
25 | OFS | Offset synchronization | |
52 | OFS | Offset synchronization | |
196 | OFS | Offset synchronization | |
195 | OFS message | Offset Synchronization message | |
197 | OFS message | Offset Synchronization message | |
190 | OFS message | Time Synchronization message for an Offset Time Base | |
156 | OID | Object Identifier. A byte array that identifies a certificate element or group or list of certificate elements. | |
234 | OIL | ISO 17356-6 (OSEK/VDX Implementation Language) | |
84 | OIL | OSEK Implementation Language | |
170 | OIL | OSEK Implementation Language | |
287 | OOP | Out Of Position | |
287 | OPC | Occupant Pre Conditioning | |
287 | OPS | Occupant and Pedestrian Safety | |
287 | OPSS | OPS Systems | |
287 | ORA | Occupant Restraint Activation | |
280 | Orntn | Yaw angle of the object. Coordinate system according to ISO 8855. | |
256 | ORTI | OSEK Run Time Interface | an OSEK specification (in its version 2.2) that defines how debuggers can access OSEK OS internal information. |
193 | OS | (AUTOSAR) Operating System | |
68 | OS | AUTOSAR Operating System | |
18 | OS | Operating System | |
37 | OS | Operating System | |
55 | OS | Operating System | |
62 | OS | Operating System | |
63 | OS | Operating System | |
65 | OS | Operating System | |
66 | OS | Operating System | |
69 | OS | Operating System | |
70 | OS | Operating System | |
77 | OS | Operating System | |
78 | OS | Operating System | |
84 | OS | Operating System | |
85 | OS | Operating System | |
86 | OS | Operating System | |
87 | OS | Operating System | |
90 | OS | Operating System | |
91 | OS | Operating System | |
124 | OS | Operating System | |
130 | OS | Operating System | |
143 | OS | Operating System | |
144 | OS | Operating System | |
146 | OS | Operating system | |
148 | OS | Operating System | |
149 | OS | Operating System | |
150 | OS | Operating System | |
157 | OS | Operating System | |
170 | OS | Operating System | |
206 | OS | Operating System | |
210 | OS | Operating System | |
211 | OS | Operating System | |
217 | OS | Operating System | |
219 | OS | Operating System | |
225 | OS | Operating System | |
234 | OS | Operating System | |
251 | OS | Operating System | |
252 | OS | Operating System | |
258 | OS | Operating System | |
272 | OS | Operating System | |
229 | Os(not used as API prefix) | OS | |
234 | OSEK | Open Systems and the Corresponding Interfaces for Automotive Electronics | |
114 | OSEK/VDX | In May 1993 OSEK has been founded as a joint project in the German automotive industry aiming at an industry standard for an open-ended architecture for distributed control units in vehicles. OSEK is an abbreviation for the German term "Offene Systeme und deren Schnittstellen für die Elektronik im Kraftfahrzeug" (English: Open Systems and the Corresponding Interfaces for Automotive Electronics). Initial project partners were BMW, Bosch, DaimlerChrysler, Opel, Siemens, VW and the IIIT of the University of Karlsruhe as co-ordinator. The French car manufacturers PSA and Renault joined OSEK in 1994 introducing their VDX-approach (Vehicle Distributed eXecutive) which is a similar project within the French automotive industry. At the first workshop on October 1995 the OSEK/VDX group presented the results of the harmonised specification between OSEK and VDX. After the 2nd international OSEK/VDX Workshop in October 1997 the 2nd versions of the specifications were published. | |
84 | OSEK/VDX | Offene Systeme und deren Schnittstellen für die Elektonik im Kraftfahrzeug | |
170 | OSEK/VDX | Offene Systeme und deren Schnittstellen für die Elektronik im Kraftfahrzeug | |
188 | OSEK/VDX | Offene Systeme und deren Schnittstellen für die Elektronik im Kraftfahrzeug | |
19 | OSI | Open Simulation Interface | |
123 | OSI | Open Systems Interconnection | |
171 | OSI | Operating System Interface | |
278 | OSI | Operating System Interface | |
199 | OTA | Over The Air | |
255 | OTA | Over-The-Air technologies in general, regardless of AUTOSAR | |
199 | OTA Client | OTA Client is an Adaptive Application in communication with Backend Over The Air | |
124 | P-Code | Power train code | |
286 | P/L | physical and logical types. | |
158 | P2 | Time between reception of the last frame of a diagnostic request on the LIN bus and the slave node being able to provide data for a response. | |
158 | P2* | Time between sending a response pending frame (0x78) and the LIN-slave being able to provide data for a response. | |
242 | PAD | Peer Authorization Database | |
284 | PASE | Passive Entry | |
284 | PATS | Passive Alarm Theft Sensor | |
286 | pb | Port Prototype Blueprint | |
141 | PB | PostBuild | |
141 | PC | PreCompile | |
94 | PCA | Pseudonym Certificate Authority | |
60 | PCB | Printed Circuit Board | |
287 | PCD | Pedestrian Crash Detection | |
75 | PCI | “Protocol Control Information” A description can be found on page 04-51 ff of (DOC_LAYERD_ARCH) | |
287 | PCI | Post Crash Information | |
12 | PCI | Protocol Control Information | |
142 | PCI | Protocol Control Information | |
144 | PCI | Protocol Control Information | |
234 | PCI | Protocol Control Information | |
227 | PCO | Point of Control and Observation | |
290 | PCO | Point of Control and Observation | |
291 | PCO | Point of Control and Observation | |
293 | PCO | Point of Control and Observation | |
294 | PCO | Point of Control and Observation | |
295 | PCO | Point of Control and Observation | |
296 | PCO | Point of Control and Observation | |
298 | PCO | Point of Control and Observation | |
299 | PCO | Point of Control and Observation | |
300 | PCO | Point of Control and Observation | |
302 | PCO | Point of Control and Observation | |
303 | PCO | Point of Control and Observation | |
4 | PCO | Point of Control and Observation (see ISO/IEC 9646-1) | |
287 | PCP | Pedestrian Crash Prediction | |
278 | PD | Process Description | |
283 | PDC | Park Distance Control | |
25 | Pdelay | Propagation / path delay as given in IEEE 802.1AS | |
52 | Pdelay | Propagation / path delay as given in IEEE 802.1AS | |
196 | Pdelay | Propagation / path delay as given in IEEE 802.1AS | |
25 | Pdelay_Req | Propagation / path delay request message | |
52 | Pdelay_Req | Propagation / path delay request message | |
196 | Pdelay_Req | Propagation / path delay request message | |
25 | Pdelay_Resp | Propagation / path delay response message | |
52 | Pdelay_Resp | Propagation / path delay response message | |
196 | Pdelay_Resp | Propagation / path delay response message | |
25 | Pdelay_Resp_Follow_Up | Propagation / path delay Follow-Up message | |
52 | Pdelay_Resp_Follow_Up | Propagation / path delay Follow-Up message | |
196 | Pdelay_Resp_Follow_Up | Propagation / path delay Follow-Up message | |
278 | PDEP | Profile of Data Exchange Point | |
252 | Probability density function | ||
123 | PDID | Periodic Data Identifier, periodically send by the Dcm after a re- quest of ReadDataByPeriodicIndentifer | |
278 | PDN | AUTOSAR PredefinedNames | |
247 | PDP | Policy Decision Point | |
250 | PDP | Policy Decision Point | |
75 | PDU | “Protocol Data Unit” A description can be found on page 04-51 ff of (DOC_LAYERD_ARCH). | |
12 | PDU | Protocol Data Unit | |
25 | PDU | Protocol Data Unit | |
52 | PDU | Protocol Data Unit | |
96 | PDU | Protocol Data Unit | |
107 | PDU | Protocol Data Unit | |
109 | PDU | Protocol Data Unit | |
111 | PDU | Protocol Data Unit | |
114 | PDU | Protocol Data Unit | |
123 | PDU | Protocol Data Unit | |
142 | PDU | Protocol Data Unit | |
146 | PDU | Protocol data unit | |
147 | PDU | Protocol Data Unit | |
159 | PDU | Protocol Data Unit | |
160 | PDU | Protocol Data Unit | |
172 | PDU | Protocol Data Unit | |
196 | PDU | Protocol Data Unit | |
198 | PDU | Protocol Data Unit | |
200 | PDU | Protocol Data Unit | |
209 | PDU | Protocol Data Unit | |
212 | PDU | Protocol Data Unit | |
217 | PDU | Protocol Data Unit | |
219 | PDU | Protocol Data Unit | |
221 | PDU | Protocol Data Unit | |
222 | PDU | Protocol Data Unit | |
234 | PDU | Protocol Data Unit | |
237 | PDU | Protocol Data Unit | |
290 | PDU | Protocol Data Unit | |
291 | PDU | Protocol Data Unit | |
292 | PDU | Protocol Data Unit | |
293 | PDU | Protocol Data Unit | |
294 | PDU | Protocol Data Unit | |
295 | PDU | Protocol Data Unit | |
296 | PDU | Protocol Data Unit | |
297 | PDU | Protocol Data Unit | |
298 | PDU | Protocol Data Unit | |
299 | PDU | Protocol Data Unit | |
300 | PDU | Protocol Data Unit | |
301 | PDU | Protocol Data Unit | |
302 | PDU | Protocol Data Unit | |
157 | PDU | Protocol Data Unit. Consists of Identifier, data length and Data (SDU) | |
110 | PDU Router | The PDU Router is a module transferring I-PDUs from one module to another module. The PDU Router can be utilized for gateway operations and for internal routing purposes. | |
183 | PDUF | PDU Format, part of the 29 bit identifier of SAE J1939 messages which identifies the message and determines the layout of the 29 bit identifier | |
182 | PDUF | PDU Format, the middle byte of the 18 bit PGN | |
75 | PduR | Module that transfers I-PDUs from one module to another module. The I-PDU Router can be utilized for gateway operations and for internal routing purposes. | |
109 | PduR | PDU Router | |
142 | PduR | PDU Router | |
144 | PduR | PDU Router | |
193 | PduR | PDU Router | |
229 | PduR | PDU Router | |
145 | PduR | PDU Router (AUTOSAR BSW module) | |
105 | PduR | PDU Router module | |
76 | PDUR | Protocol Data Unit Router | |
183 | PDUS | PDU Specific, part of the 29 bit identifier of SAE J1939 messages which identifies broadcast messages which do not have a destination address | |
182 | PDUS | PDU Specific, the lower byte of the 18 bit PGN | |
120 | PEM | Privacy-Enhanced Mail | |
247 | PEP | Policy Enforcement Point | |
250 | PEP | Policy Enforcement Point | |
232 | per | Persistency | |
278 | PER | Persistency | |
278 | per | Persistency | |
252 | PER | Persistency (AP functional cluster) | |
124 | PFC cycle | Permanent fault code - driving cycle (OBD Term) | |
181 | PG | Parameter Group | |
182 | PG | Parameter Group | |
89 | PG | Parameter Group – J1939 message | |
183 | PG | Parameter Group, SAE J1939 term for a specific message layout, corresponds to an N-SDU of J1939Tp | |
180 | PGN | Parameter Group Number | |
181 | PGN | Parameter Group Number | |
89 | PGN | Parameter Group Number – J1939 message identifier | |
182 | PGN | Parameter Group Number (18 bits, contains EDP, DP, PDUF, PDUS) RQST J1939 Request PG (PGN = 0x0EA00) | |
183 | PGN | Parameter Group Number, unique identifier of an SAE J1939 parameter group | |
175 | PHM | Platform Health Management | |
217 | PHM | Platform Health Management | |
225 | PHM | Platform Health Management | |
232 | phm | Platform Health Management | |
240 | PHM | Platform Health Management | |
246 | PHM | Platform Health Management | |
252 | PHM | Platform Health Management (AP functional cluster) | |
94 | PHY | Physical layer | |
177 | Physical Level (Input) | Two states are possible: LOW/HIGH | |
177 | Physical Level (Output) | Two states are possible: LOW/HIGH | |
124 | PID | Parameter Identification (SAE J1587 or SAE J1979) | |
123 | PID | Parameter Identifier | |
212 | PID | Parameter Identifier | |
219 | PID | Parameter Identifier | |
158 | PID | Protected ID | |
157 | PID | Protected ID (as defined by [16]) | |
289 | PID | Service Primitive Identifier (Protocol field: determines a service) | |
237 | PIL | Processor-In-The-Loop | |
298 | PIM | Per-Instance Memory | |
217 | PKCS | Public Key Cryptography Standards | |
61 | PKI | Public Key Infrastructure | |
94 | PKI | Public key infrastructure | |
120 | PKI | Public Key Infrastructure | |
156 | PKI | Public Key Infrastructure | |
191 | PKI | Public Key Infrastructure | |
242 | PKI | Public Key Infrastructure | |
229 | Platform | Platform Types | |
55 | PLL | Phase Locked Loop | |
62 | PLL | Phase Locked Loop | |
63 | PLL | Phase Locked Loop | |
65 | PLL | Phase Locked Loop | |
70 | PLL | Phase Locked Loop | |
78 | PLL | Phase Locked Loop | |
85 | PLL | Phase Locked Loop | |
90 | PLL | Phase Locked Loop | |
91 | PLL | Phase Locked Loop | |
143 | PLL | Phase Locked Loop | |
141 | PLL | Phase Locked Loop. | |
173 | PLL | Phase Locked Loop. | |
157 | PLL | Phase-Locked Loop | |
16 | PLP | Pipeline Level Parallelism | |
252 | PMIC | Power Management Integrated Circuit | |
22 | PN | Partial Network | |
253 | PN | Partial Network | |
105 | PN | Partial Networking | |
106 | PNC | Partial Network Cluster | |
22 | PNI | Partial Network Information | |
106 | PNI | Partial Network Information | |
198 | PNI | Partial Network Information | |
253 | PNI | Partial Network Information | |
278 | PO | AUTOSAR Project Objectives | |
145 | POC | Protocol Operation Control | |
147 | POC | Protocol Operation Control | |
221 | POC | Protocol Operation Control | |
143 | POC | Protocol Operation Control (see [13] for details) | |
143 | POCState | Actual CC internal state of the POC. This state might differ from vPOC!State in certain cases, e.g., after FREEZE command invocation (see [13] for details). | |
287 | POD | Pitchover Crash Detection | |
94 | POI | Point of Interest | |
229 | Port | Port Driver | |
148 | Port | Port, one of the SPAL SW modules | |
177 | Port | Represents a whole configurable port on an MCU device. | |
177 | Port Pin | Represents a single configurable input or output pin on an MCU device. | |
225 | PortInterface | An AUTOSAR interface that is used an AUTOSAR Software Component. | |
217 | POSIX | Portable Operating System Interface | |
225 | POSIX | Portable Operating System Interface | |
201 | POTI | Position and Time management | |
203 | POTI | Position and Time management | |
287 | PPA | Pedestrian Protection Actuator Activation | |
287 | PPP | Pedestrian Protection system Pre conditioning | |
191 | PRF | Pseudo Random Function | |
243 | PRNG | Pseudo Random Number Generator | |
61 | PRNG | Pseudo-Random Number Generator | |
278 | PRS | Protocol Specification | |
234 | PS | Product Supplier | |
301 | PSH | Flag Push Function in TCP Header | |
217 | PSK | Pre-Shared Key | |
221 | PSK | Pre-shared Key | |
242 | PSK | Pre-Shared Keys | |
94 | PTD | Probe Traffic Data | |
124 | PTO | Power Take Off | |
212 | PTO | Power Take Off | |
219 | PTO | Power Take Off | |
25 | PTP | Precision Time Protocol | |
52 | PTP | Precision Time Protocol | |
190 | PTP | Precision Time Protocol | |
196 | PTP | Precision Time Protocol | |
251 | PTP | Precision Time Protocol | |
73 | PWD | Pulse width demodulation | |
55 | PWM | Pulse Width Modulation | |
62 | PWM | Pulse Width Modulation | |
63 | PWM | Pulse Width Modulation | |
65 | PWM | Pulse Width Modulation | |
70 | PWM | Pulse Width Modulation | |
78 | PWM | Pulse Width Modulation | |
85 | PWM | Pulse Width Modulation | |
86 | PWM | Pulse Width Modulation | |
90 | PWM | Pulse Width Modulation | |
91 | PWM | Pulse Width Modulation | |
121 | PWM | Pulse Width Modulation | |
234 | PWM | Pulse Width Modulation | |
173 | PWM | Pulse Width Modulation. | |
229 | Pwm | PWM Driver | |
7 | QM | Quality Managed (i.e. not developed according to ASIL requirements) | |
18 | QM | Quality Management | |
252 | QM | Quality Management | |
113 | QoS | Quality of Service | |
280 | RA | Rear Axle | |
212 | RA | Routing Activation | |
219 | RA | Routing Activation | |
61 | RACE | Rapid Automatic Cryptographic Equipment | |
19 | RADAR | RAdio Detection And Ranging | |
61 | RAM | Random Access Memory | |
69 | RAM | Random Access Memory | |
96 | RAM | Random Access Memory | |
124 | RAM | Random Access Memory | |
144 | RAM | Random Access Memory | |
148 | RAM | Random Access Memory | |
149 | RAM | Random Access Memory | |
157 | RAM | Random Access Memory | |
159 | RAM | Random Access memory | |
178 | RAM | Random Access Memory | |
209 | RAM | Random Access Memory | |
211 | RAM | Random Access Memory | |
212 | RAM | Random Access Memory | |
217 | RAM | Random Access Memory | |
219 | RAM | Random Access Memory | |
234 | RAM | Random Access Memory | |
242 | RAM | Random Access Memory | |
298 | RAM | Random Access Memory | |
252 | RAM | Random-Access Memory | |
229 | RamTst | RAM Test | |
124 | RBM cycle | OBD Term: General Nominator / Rate-based monitoring - driving cycle (OBD Term) | |
123 | RCRRP | Response correctly received - response pending | |
234 | RDG | Runnable Dependency Graph | |
237 | RE | Runnable Entities | |
81 | RE | Runnable Entity | |
278 | RefBase | Reference Base | |
55 | REQ | Requirement | |
62 | REQ | Requirement | |
63 | REQ | Requirement | |
65 | REQ | Requirement | |
66 | REQ | Requirement | |
70 | REQ | Requirement | |
78 | REQ | Requirement | |
85 | REQ | Requirement | |
86 | REQ | Requirement | |
87 | REQ | Requirement | |
90 | REQ | Requirement | |
91 | REQ | Requirement | |
278 | Requirement | Requirements Acceptance Tests | |
217 | REST | Representational State Transfer | |
248 | REST | Representational State Transfer | |
252 | REST | Representational State Transfer | |
278 | rest | REpresentational State Transfer | |
232 | rest | REST | |
11 | RETI | Return from Interrupt | |
153 | Rev | Revision | |
284 | RF | Radio Frequency | |
234 | RfC | Request for Change | |
290 | RfC | Request for Change | |
291 | RfC | Request for Change | |
293 | RfC | Request for Change | |
295 | RfC | Request for Change | |
296 | RfC | Request for Change | |
298 | RfC | Request for Change | |
299 | RfC | Request for Change | |
300 | RfC | Request for Change | |
284 | RHFD | Right Hand Front Door | |
284 | RHRD | Right Hand Rear Door | |
289 | RID | Result Identifier (Protocol field: similar to a Return Error Code) | |
123 | RID | Routine Identifier | |
212 | RID | Routine Identifier | |
61 | RIPEMD | RACE Integrity Primitives Evaluation Message Digest | |
284 | RKE | Remote Keyless Entry | |
94 | RLT | Road and Lane Topology | |
201 | RLT | Road and Lane Topology | |
191 | RNG | Random Number Generator | |
287 | ROD | Rollover Crash Detection | |
212 | ROE | Response on Event | |
123 | ROE | ResponseOnEvent | |
96 | ROM | Read Only Memory | |
144 | ROM | Read Only Memory | |
153 | ROM | Read only memory | |
209 | ROM | Read Only Memory | |
15 | ROM | Read-Only Memory | |
69 | ROM | Read-only Memory | |
124 | ROM | Read-only Memory | |
149 | ROM | Read-only Memory | |
211 | ROM | Read-only Memory | |
212 | ROM | Read-Only Memory | |
217 | ROM | Read-Only Memory | |
219 | ROM | Read-Only Memory | |
252 | ROM | Read-Only Memory | |
298 | ROM | Read-only Memory | |
278 | RORH | Release Overview And Rev History | |
234 | RP | Rapid Prototyping | |
23 | RPC | Remote Procedure Call | |
113 | RPC | Remote Procedure Call | |
210 | RPC | Remote Procedure Call | |
219 | RPT | Rapid Prototyping | |
181 | RQST | J1939 Request PG (PGN = 0x0EA00) | |
182 | RQST2 | J1939 Request2 PG (PGN = 0x0C900) | |
227 | RS | Requirement Specification | *7 |
278 | RS | Requirement Specification | |
212 | RS | Requirements Specification | *7 |
217 | RSA | Cryptographic approach according to Rivest, Shamir, and Adleman | |
61 | RSA | Rivest-Shamir-Adleman Cryptosystem | |
191 | RSA | Rivest-Shamir-Adleman. A method using public and private key for data encryption and decryption. | |
221 | RSA | Rivest-Shamir-Adleman. A method using public and private key for data encryption and decryption. | |
280 | RSC | Roll Stability Control | |
287 | RSM | Restraint System Monitoring | |
287 | RSP | Restraint System Pre conditioning | |
135 | RSSI | Received Signal Strength Indicator | |
301 | RST | Flag Reset the connection in TCP Header | |
201 | RSU | Road Side Unit | |
3 | RT | Realtime | |
182 | RTE | AUTOSAR Runtime Environment | |
101 | RTE | Real Time Environment | |
285 | RTE | Real Time Environment | |
288 | RTE | Real Time Environment | |
229 | Rte | RTE | |
61 | RTE | Run Time Environment | |
159 | RTE | Run Time Environment | |
271 | RTE | Run Time Environment | |
170 | RTE | Run-Time Environment | |
212 | RTE | Run-TIme Environment | |
279 | RTE | Run-Time Environment | |
15 | RTE | Runtime Environment | |
18 | RTE | Runtime Environment | |
31 | RTE | Runtime Environment | |
41 | RTE | Runtime Environment | |
55 | RTE | Runtime environment | |
62 | RTE | Runtime environment | |
63 | RTE | Runtime environment | |
65 | RTE | Runtime environment | |
66 | RTE | Runtime environment | |
69 | RTE | Runtime Environment | |
70 | RTE | Runtime environment | |
78 | RTE | Runtime environment | |
85 | RTE | RunTime Environment | |
87 | RTE | Runtime environment | |
90 | RTE | Runtime Environment | |
91 | RTE | RunTime Environment | |
123 | RTE | Runtime Environment | |
124 | RTE | Runtime Environment | |
130 | RTE | Runtime Environment | |
147 | RTE | Runtime Environment | |
149 | RTE | Runtime Environment | |
206 | RTE | Runtime Environment | |
219 | RTE | Runtime Environment | |
221 | RTE | Runtime Environment | |
222 | RTE | Runtime Environment | |
234 | RTE | Runtime Environment | |
237 | RTE | Runtime Environment | |
239 | RTE | Runtime Environment | |
272 | RTE | RunTime Environment | |
275 | RTE | Runtime Environment | |
278 | RTE | Runtime Environment | |
170 | RTOS | Real Time Operating System | |
113 | RTPS | Real Time Publish Subscribe Protocol | |
107 | RX | Receive | |
159 | RX | Receive | |
212 | RX | Receive | *4 |
147 | RX | Reception | |
157 | RX | Reception | |
158 | RX | Reception | |
227 | Rx | Reception | *4 |
290 | Rx | Reception | |
291 | Rx | Reception | |
293 | Rx | Reception | |
294 | Rx | Reception | |
295 | Rx | Reception | |
296 | Rx | Reception | |
298 | Rx | Reception | |
299 | Rx | Reception | |
300 | Rx | Reception | |
302 | Rx | Reception | |
303 | Rx | Reception | |
55 | RX | Reception (in the context of bus communication) | |
62 | RX | Reception (in the context of bus communication) | |
63 | RX | Reception (in the context of bus communication) | |
65 | RX | Reception (in the context of bus communication) | |
70 | RX | Reception (in the context of bus communication) | |
78 | RX | Reception (in the context of bus communication) | |
85 | RX | Reception (in the context of bus communication) | |
90 | RX | Reception (in the context of bus communication) | |
91 | RX | Reception (in the context of bus communication) | |
109 | RX_DL | Received data link layer data length | |
148 | RxD | Receive Data | |
148 | RxEN | Receive Enable | |
272 | S/R | Sender/Receiver | |
102 | s16 | Mnemonic for sint16, specified in AUTOSAR_SWS_PlatformTypes | |
133 | s16 | Mnemonic for the sint16, specified in AUTOSAR_SWS_PlatformTypes | |
153 | s16 | Mnemonic for the sint16, specified in AUTOSAR_SWS_PlatformTypes | |
154 | s16 | Mnemonic for the sint16, specified in AUTOSAR_SWS_PlatformTypes | |
163 | s16 | Mnemonic for the sint16, specified in AUTOSAR_SWS_PlatformTypes | |
164 | s16 | Mnemonic for the sint16(signed integer), specified in AUTOSAR_SWS_PlatformTypes | |
99 | s16 | Short name for sint16(signed integer), specified in AUTOSAR_SWS_PlatformTypes | |
102 | s32 | Mnemonic for sint32, specified in AUTOSAR_SWS_PlatformTypes | |
133 | s32 | Mnemonic for the sint32, specified in AUTOSAR_SWS_PlatformTypes | |
153 | s32 | Mnemonic for the sint32, specified in AUTOSAR_SWS_PlatformTypes | |
154 | s32 | Mnemonic for the sint32, specified in AUTOSAR_SWS_PlatformTypes | |
163 | s32 | Mnemonic for the sint32, specified in AUTOSAR_SWS_PlatformTypes | |
164 | s32 | Mnemonic for the sint32, specified in AUTOSAR_SWS_PlatformTypes | |
99 | s32 | Short name for sint32(signed integer), specified in AUTOSAR_SWS_PlatformTypes | |
133 | s64 | Mnemonic for the sint64, specified in AUTOSAR_SWS_PlatformTypes | |
102 | s64 | Mnemonic forsint64, specified in AUTOSAR_SWS_PlatformTypes | |
102 | s8 | Mnemonic for sint8, specified in AUTOSAR_SWS_PlatformTypes | |
133 | s8 | Mnemonic for the sint8, specified in AUTOSAR_SWS_PlatformTypes | |
153 | s8 | Mnemonic for the sint8, specified in AUTOSAR_SWS_PlatformTypes | |
154 | s8 | Mnemonic for the sint8, specified in AUTOSAR_SWS_PlatformTypes | |
163 | s8 | Mnemonic for the sint8, specified in AUTOSAR_SWS_PlatformTypes | |
164 | s8 | Mnemonic for the sint8, specified in AUTOSAR_SWS_PlatformTypes | |
99 | s8 | Short name for sint8(signed integer), specified in AUTOSAR_SWS_PlatformTypes | |
89 | SA | J1939 Source Address | |
284 | SA | Seat Adjustment | |
10 | SA | Security Association | |
242 | SA | Security Association | |
31 | SA | Source Address (diagnostics address of the tester) | |
127 | SA | SourceAddress of a UDS request | |
183 | SA SPN | Source Address, part of the 29 bit identifier of SAE J1939 messages Suspect Parameter Number, unique identifier of an SAE J1939 parameter | |
242 | SAD | Security Association Database | |
19 | SAE | Society of Automotive Engineers | |
234 | SAE | Society of Automotive Engineers | |
278 | SAE | Society of Automotive Engineers | |
180 | SAE | Society of Automotive Engineers (in charge of J1939 specification) | |
278 | SAFEX | Specifcation of Safety Extensions | |
123 | SAP | Service Access Point | |
148 | SBC | System Basis Chip; A device, which integrates e.g. CAN and/or FlexRay and/or LIN transceiver, watchdog and power control. | |
108 | SBC | System Basis Chip; a device, which integrates e.g. CAN and/or LIN transceiver, watchdog and power control. | |
160 | SBC | System Basis Chip; a device, which integrates e.g. LIN and/or LIN transceiver, watchdog and power control. | |
287 | SBR | Seat Belt Reminder | |
284 | SC | Seat Climatization | |
84 | SC | Single-Core | |
170 | SC | Single-Core | |
206 | SC | Supervision Cycle | |
94 | SCF | Store Carry Forward | |
297 | SCG | Static Configuration Groups | |
278 | SchemaSupp | XML Schema Supplement | |
143 | SchM | Autosar Module: Schedule Manager | |
107 | SchM | BSW Scheduler | |
136 | SchM | BSW Scheduler | |
229 | SchM | BSW Scheduler Module | |
96 | SchM | Schedule Manager | |
146 | SchM | Schedule Manager | |
147 | SchM | Schedule Manager | |
148 | SchM | Schedule Manager | |
209 | SchM | Schedule Manager | |
105 | SchM | Scheduler Module | |
86 | SCI | Serial Communication Interface | |
157 | SCI | Serial Communication Interface | |
184 | SD | Service Discovery | |
185 | Sd | Service Discovery | |
217 | SD | Service Discovery | |
225 | SD | Service Discovery | |
229 | Sd | Service Discovery | |
267 | SD | Service Discovery | |
184 | Sd | Service Discovery Module in AUTOSAR | |
217 | SDG | Special Data Group | |
75 | SDU | “Service Data Unit” A description can be found in chapter 4 of (DOC_LAYERD_ARCH). | |
12 | SDU | Service Data Unit | |
109 | SDU | Service Data Unit | |
123 | SDU | Service Data Unit | |
142 | SDU | Service Data Unit | |
193 | SDU | Service Data Unit | |
198 | SDU | Service Data Unit | |
221 | SDU | Service Data Unit | |
234 | SDU | Service Data Unit | |
114 | SDU | Service Data Unit - Payload of PDU | |
176 | SDU | Service Data Unit (payload) | |
110 | SDU | Service Data Unit For a description see [1] Chapter 4. | |
157 | SDU | Service Data Unit. Data that is transported inside the PDU | |
175 | SE | Supervised Entity | |
206 | SE | Supervised Entity | |
240 | SE | Supervised Entity | |
246 | SE | Supervised Entity | |
241 | SE | Supervised Entity. | |
113 | SecOC | Secure Onboard Communication | |
229 | SecOC | Secure Onboard Communication | |
264 | SecOC | Secure Onboard Communication | |
268 | SecOC | Secure Onboard Communication | |
61 | SECOC / SecOc | Secure Onboard Communication | |
218 | SEooC | Safety Element out of Context | |
270 | SEooC | Safety Element out of Context | |
142 | SF | Single Frame | |
158 | SF | Single Frame in LIN TP | |
172 | SF | Single Frame, Transport Protocol term | |
76 | SF | Single Frames | |
144 | SF | Start Frame Fr N-PDU | |
109 | SF_DL | SingleFrame data length in bytes | |
55 | SFR | Special Function Register | |
62 | SFR | Special Function Register | |
63 | SFR | Special Function Register | |
65 | SFR | Special Function Register | |
66 | SFR | Special Function Register | |
70 | SFR | Special Function Register | |
78 | SFR | Special Function Register | |
85 | SFR | Special Function Register | |
87 | SFR | Special Function Register | |
90 | SFR | Special Function Register | |
91 | SFR | Special Function Register | |
157 | SFR | Special Function Register | |
162 | SFR | Special Function Register (MCU register) | |
104 | SFR | Special Function Register. Hardware register that controls the controller behavior. | |
252 | SG | Safety Goal | |
61 | SHA | Secure Hash Algorithm | |
217 | SHA | Secure Hash Algorithm | |
94 | SHB | Single Hop Broadcast | |
202 | SHB | Single Hop Broadcast | |
117 | SHE | Security Hardware Extension | |
118 | SHE | Security Hardware Extension | |
119 | SHE | Security Hardware Extension | |
243 | SHE | Security Hardware Extension | |
275 | SHE | Security Hardware Extension | |
68 | SI | International System of Units (abbreviated SI from the French language name Système International d'Unités) | |
3 | SI | Service Interface | |
123 | SID | Service Identifier | |
221 | SID | Service Identifier | |
31 | SID | Service Identifier (hexa number to uniquely identify UDS ser- vices) | |
158 | SID | Service Identifier (of node configuration service) | |
127 | SID | Service Identifier, identifying a diagnostic service according to UDS, such as 0x14 ClearDiagnosticInformation | |
234 | SIL | Safety Integrity Level | |
41 | SIL | Safety Integrity Level (IEC61508 definition) | |
239 | SIL | Safety Integrity Level (IEC61508 definition) | |
16 | SIMD | Single Instruction Multiple Data | |
133 | Sin | Sine | |
278 | SIPEX | SomeIp Example | |
68 | SLA | Software Layered Architecture | |
170 | SLA | Software Layered Architecture | |
63 | Slave | A device beeing completely controlled by a master device | |
218 | SM | Safety Mechanism or Measure | *4 |
232 | sm | State Management | *4 |
227 | SM | State Manager | |
144 | SN | Sequence Number (please refer to ISO 10681-2) | |
191 | SNI | Server Name Identification | |
234 | SOA | Service Oriented Architecture | |
16 | SOA | Service-Oriented Architecture | |
210 | SOA | Service-Oriented Architecture | |
64 | SoAd | AUTOSAR Socket Adaptor Module | |
136 | SoAd | Socket Adapter | |
184 | SoAd | Socket Adaptor | |
191 | SoAd | Socket Adaptor | |
229 | SoAd | Socket Adaptor | |
113 | SoC | Service-Oriented Communication | |
252 | SoC | System on a Chip | |
113 | SOME/IP | Scalable service-Oriented MiddlewarE over IP | |
186 | SOME/IP | Scalable service-Oriented MiddlewarE over IP | |
217 | SOME/IP | Scalable service-Oriented MiddlewarE over IP | |
225 | SOME/IP | Scalable service-Oriented MiddlewarE over IP | |
267 | SOME/IP | Scalable service-Oriented MiddlewarE over IP | |
44 | SOME/IP | Scalable service-Oriented MiddlewarE over IP. | |
184 | SOME/IP | Scalable service-Oriented MiddlwarE over IP | |
252 | SOME/IP | Service Oriented Middleware Over Ethernet / Internet Protocol | |
184 | SOME/IP-SD | SOME/IP Service Discovery | |
229 | SomeIpTp | SOME/IP Transport Protocol | |
229 | SomeIpXf | SOME/IP Transformer | |
252 | SOP | Start of Production | |
287 | SP | Sensor Pool | |
292 | SP | Service Primitive | |
297 | SP | Service Primitive | |
301 | SP | Service Primitive | |
289 | SP | Service Primitive (for triggering actions or observations on the IUT) | |
234 | SP | Synchronization Point | |
73 | SPAL | Standard Peripheral Abstraction Layer | |
83 | SPAL | Standard Peripheral Abstraction Layer | |
104 | SPAL | Standard Peripheral Abstraction Layer | |
108 | SPAL | Standard Peripheral Abstraction Layer | |
148 | SPAL | Standard Peripheral Abstraction Layer | |
157 | SPAL | Standard Peripheral Abstraction Layer | |
159 | SPAL | Standard Peripheral Abstraction Layer | |
160 | SPAL | Standard Peripheral Abstraction Layer | |
169 | SPAL | Standard Peripheral Abstraction Layer | |
278 | SPAL | Standard Peripheral Abstraction Layer | |
90 | SPAL | Standard Peripheral Abstraction Layer (The name of this working group) | |
55 | SPAL | The name of this working group | |
62 | SPAL | The name of this working group | |
63 | SPAL | The name of this working group | |
65 | SPAL | The name of this working group | |
85 | SPAL | The name of this working group | |
87 | SPAL | The name of this working group | |
91 | SPAL | The name of this working group | |
70 | SPAL | The name of this working group (Standard Peripheral Abstraction Layer) | |
78 | SPAL | The name of this working group (Standard Peripheral Abstraction Layer) | |
86 | SPAL | The name of this working group (Standard Peripheral Abstraction Layer) | |
94 | SPAT | Signal Phase and Timing | |
94 | SPAT | Signal Phase And Timing | |
94 | SPATEM | Signal Phase And Timing Extended Message | |
201 | SPATEM | Signal Phase And Timing Extended Message | |
242 | SPD | Security Policy Database | |
280 | SpdLatRel | Lateral speed differ- ence between the ego vehicle and the object. | |
280 | SpdLatRel | Lateral speed difference between the ego vehicle and the object. | |
280 | SpdLgtRel | Longitudinal speed difference between the ego vehicle and the object. | |
280 | SpdLgtRel | Longitudinal speed difference between the ego vehicle and the object. | |
237 | SPEM | Software Process Engineering Meta-Model | |
279 | SPEM | Software Process Engineering meta-model | |
18 | SPI | Serial Peripheral Interface | |
86 | SPI | Serial Peripheral Interface | |
95 | SPI | Serial Peripheral Interface | |
121 | SPI | Serial Peripheral Interface | |
160 | SPI | Serial Peripheral Interface | |
204 | SPI | Serial Peripheral Interface | |
221 | SPI | Serial Peripheral Interface | |
234 | SPI | Serial Peripheral Interface | |
187 | SPI | Serial Peripheral Interface. It is exactly defined hereafter in this document. | |
229 | Spi | SPI Handler Driver | *1 |
148 | SPI/Spi | Serial Peripheral Interface. | |
180 | SPN | Suspect Parameter Number | |
212 | SPN | Suspect Parameter Number | |
124 | SPN | Suspect Parameter Number (SAE J1939) | |
123 | SPRMIB | suppressPosRspMsgIndicationBit | |
133 | Sqrt | Square root | |
280 | SR | Situation Recognition | |
172 | SrcLo | Lower layer communication interface module acting as a source of the I-PDU. The SrcLo is always one. | |
172 | SrcLoTp | Lower layer transport protocol module acting as a source of the I-PDU. The SrcLoTp is always one. | |
76 | SRF | Slave Response Frame | |
158 | SRF | Slave Response Frame | |
252 | SRS | Safety Requirement Specification + Design Description | |
287 | SRS | Safety Restraint System | |
133 | SRS | Software Requirement Specification | |
148 | SRS | Software Requirement Specification | |
157 | SRS | Software Requirement Specification | |
158 | SRS | Software Requirement Specification | |
159 | SRS | Software Requirement Specification | |
278 | SRS | Software Requirement Specification | |
96 | SRS | Software Requirements Specification | |
146 | SRS | Software requirements specification | |
209 | SRS | Software Requirements Specification | |
143 | SRS | System Requirements Specification | |
124 | SSCP | synchronous server call point | |
280 | SSM | Stand Still Manager/Management | |
227 | ST | System Test | |
52 | StbM | (Global) Time Domain | |
251 | StbM | Synchronized Time Base Manager | |
25 | StbM | Synchronized Time-Base Manager | |
190 | StbM | Synchronized Time-Base Manager | |
195 | StbM | Synchronized Time-Base Manager | |
196 | StbM | Synchronized Time-Base Manager | |
197 | StbM | Synchronized Time-Base Manager | |
229 | StbM | Synchronized Time-Base Manager | |
55 | STD | Standard | |
62 | STD | Standard | |
63 | STD | Standard | |
65 | STD | Standard | |
66 | STD | Standard | |
70 | STD | Standard | |
73 | STD | Standard | |
78 | STD | Standard | |
83 | STD | Standard | |
85 | STD | Standard | |
86 | STD | Standard | |
87 | STD | Standard | |
90 | STD | Standard | |
91 | STD | Standard | |
188 | STD | Standard | |
229 | Std | Standard Types | |
278 | STDT | Standardization Template | |
144 | STF | Start Frame (please refer to ISO 10681-2) | |
96 | STIM | Data Stimulation packet | |
209 | STIM | Data Stimulation packet | |
252 | STL | Self-Test Library | |
213 | StMD | Standardized Module Definition | |
26 | StMD | Standardized Module Definition [11] | |
58 | STmin | Separation Time min | |
125 | STMS | Timestamp | |
280 | StOfObjMeasd | Status which indi- cates whether the object was measured in current cycle, or only tracked. | |
280 | StOfObjMeasd | Status which indicates whether the object was measured in current cycle, or only tracked. | |
164 | Sub | Subtraction | |
278 | SUC | Safety Use Case | |
1 | SUT | System Under Test | |
227 | SUT | System Under Test | |
290 | SUT | System Under Test | |
291 | SUT | System Under Test | |
293 | SUT | System Under Test | |
294 | SUT | System Under Test | |
295 | SUT | System Under Test | |
296 | SUT | System Under Test | |
298 | SUT | System Under Test | |
299 | SUT | System Under Test | |
300 | SUT | System Under Test | |
302 | SUT | System Under Test | |
302 | SUT | System Under Test | |
303 | SUT | System Under Test | |
4 | SUT | System Under Test (see ISO/IEC 9646-1) | |
96 | SVN | Subversion | |
209 | SVN | Subversion | |
279 | SVN | Subversion (version control system) | |
61 | SW | SoftWare | |
67 | SW | Software | |
84 | SW | Software | |
96 | SW | Software | |
97 | SW | Software | |
117 | SW | Software | |
118 | SW | Software | |
119 | SW | Software | |
124 | SW | Software | |
143 | SW | SoftWare | |
147 | SW | Software | |
148 | SW | Software | |
157 | SW | Software | |
159 | SW | Software | |
160 | SW | Software | |
170 | SW | Software | |
209 | SW | Software | |
212 | SW | Software | |
218 | SW | Software | |
234 | SW | Software | |
252 | SW | Software | |
272 | SW | SoftWare | |
279 | SW | Software | |
280 | SW | Software | |
286 | SW | Software | |
182 | SW-C | AUTOSAR Software Component (of the Application) | |
15 | SW-C | Software Component | |
33 | SW-C | Software Component | |
81 | SW-C | Software Component | |
111 | SW-C | Software Component | |
124 | SW-C | Software Component | |
143 | SW-C | SoftWare Component | |
149 | SW-C | Software Component | |
206 | SW-C | Software Component | |
222 | SW-C | Software Component | |
234 | SW-C | Software Component | |
237 | SW-C | Software Component | |
280 | SW-C | Software Component | |
284 | SW-C | Software Component | |
285 | SW-C | Software Component | |
286 | SW-C | Software Component | |
288 | SW-C | Software Component | |
69 | SW-C | Software Components | |
123 | SW-C | Software-Component | |
148 | SW-C | Software-Component | |
279 | SW-C | SoftwareComponent | |
18 | SWC | Software Component | |
41 | SWC | Software Component | |
61 | SWC | SoftWare Component | |
68 | SWC | Software Component | |
84 | SWC | Software Component | |
107 | SWC | Software Component | |
170 | SWC | Software Component | |
210 | SWC | Software Component | |
211 | SWC | Software Component | |
212 | SWC | Software Component | |
217 | SWC | Software Component | |
218 | SWC | Software Component | |
219 | SWC | Software Component | |
221 | SWC | Software Component | |
225 | SWC | Software Component | |
239 | SWC | Software Component | |
258 | SWC | Software Component | |
275 | SWC | Software Component | |
283 | SWC | Software Component | |
287 | SWC | Software Component | |
290 | SWC | Software Component | |
291 | SWC | Software Component | |
293 | SWC | Software Component | |
294 | SWC | Software Component | |
295 | SWC | Software Component | |
296 | SWC | Software Component | |
298 | SWC | Software Component | |
299 | SWC | Software Component | |
300 | SWC | Software Component | |
302 | SWC | Software Component | |
303 | SWC | Software Component | |
31 | SWC | Software Component (could refer either to Classic Platform SW- C or to Adaptive Platform SW-C) | |
272 | SWC | SoftWare Component (see [8] for further information) | |
26 | SWC | Software Component Description | |
279 | SWC | SoftwareComponent | |
26 | SWC-T | Software Component Template | |
221 | SWC-T | Software Component Template | |
101 | SWC/SW-C | Software Component | |
100 | SWCD | Software Component Description | |
101 | SWCD | Software Component Description | |
212 | SWCD | Software Component Description | |
278 | SWCM | Software Component Modeling | |
287 | SWCo | Software Composition | |
211 | SWCT | Software Component Template | |
278 | SWCT | Software Component Template | |
68 | SWFRT | Software extending features of HW Free running timers | |
170 | SWFRT | Software FreeRunningTimer | |
278 | SWMG | SW-C and System Modeling Guide | |
278 | SWNR | Naming Rules in SW-C and System Modeling Guide | |
159 | SWS | Software Design Specification | |
61 | SWS | SoftWare Specification | |
96 | SWS | Software Specification | |
133 | SWS | Software Specification | |
144 | SWS | Software Specification | |
148 | SWS | Software Specification | |
157 | SWS | Software Specification | |
164 | SWS | Software Specification | |
209 | SWS | Software Specification | |
211 | SWS | Software Specification | |
212 | SWS | Software Specification | |
234 | SWS | Software Specification | |
278 | SWS | Software Specification | |
146 | SWS | Software working specification | |
301 | SYN | Flag Synchronize sequence numbers in TCP Header | |
25 | Sync | Time synchronization message (Sync) | |
52 | Sync | Time synchronization message (Sync) | |
196 | Sync | Time synchronization message (Sync) | |
195 | SYNC message | Time Synchronization message | |
197 | SYNC message | Time Synchronization message | |
190 | SYNC message | Time Synchronization message for a Synchronized Time Base | |
221 | SYS-T | System Template | |
210 | SYSML | Systems Modelling Language | |
278 | SYST | System Template | |
31 | TA | Target Address (diagnostic address of the ECU) | |
127 | TA | TargetAddress of a UDS request | |
94 | TAL | Trust Assurance Level | |
251 | TBR | Time Base Resource | |
234 | TC | Timed Communication | |
94 | TC | Traffic class | |
202 | TC | Traffic Class | |
301 | TCB | Transmission Control Block | |
227 | TCP | Test Coordination Procedures | *4 |
290 | TCP | Test Coordination Procedures | |
291 | TCP | Test Coordination Procedures | |
293 | TCP | Test Coordination Procedures | |
294 | TCP | Test Coordination Procedures | |
295 | TCP | Test Coordination Procedures | |
296 | TCP | Test Coordination Procedures | |
298 | TCP | Test Coordination Procedures | |
299 | TCP | Test Coordination Procedures | |
300 | TCP | Test Coordination Procedures | |
303 | TCP | Test Coordination Procedures | |
64 | TCP | Transmission Control Protocol | |
113 | TCP | Transmission Control Protocol | |
126 | TCP | Transmission Control Protocol | |
134 | TCP | Transmission Control Protocol | |
135 | TCP | Transmission Control Protocol | |
185 | TCP | Transmission Control Protocol | |
191 | TCP | Transmission Control Protocol | |
198 | TCP | Transmission Control Protocol | |
234 | TCP | Transmission Control Protocol | *4 |
301 | TCP | Transmission Control Protocol | |
23 | TCP | Transmission Control Protocol. | |
44 | TCP | Transmission Control Protocol. | |
217 | TCP | Transport Control Protocol | *5 |
225 | TCP | Transport Control Protocol | *5 |
64 | TCP/IP | A family of communication protocols used in computer networks | |
126 | TCP/IP | A family of communication protocols used in computer networks | |
191 | TCP/IP | A family of communication protocols used in computer networks TLS Transport Layer Security | |
198 | TCP/IP | A family of communication protocols used in computer networks User Datagram Protocol | |
96 | TCP/IP | Transfer Control Protocol / Internet Protocol | |
209 | TCP/IP | Transfer Control Protocol / Internet Protocol | *5 |
242 | TCP/IP | Transmission Control Protocol / Internet Protocol | |
135 | TCP/IP Stack | Ethernet communication stack | |
229 | TcpIp | TCP/IP Stack | *1 |
280 | TCS | Traction Control System | |
222 | TD | Timing Description | |
237 | TD | Timing Description | |
25 | TG | Time Gateway | |
52 | TG | Time Gateway | |
190 | TG | Time Gateway | |
195 | TG | Time Gateway | |
196 | TG | Time Gateway | |
197 | TG | Time Gateway | |
212 | TID | Test Identifier | |
219 | TID | Test Identifier | |
289 | TID | Type Identifier (Protocol field: to determine the message type) | |
278 | TIMAY | Specification of Timing Analysis | |
278 | time | Time Synchronisation | |
25 | Timesync | Time Synchronization | |
52 | Timesync | Time Synchronization | |
190 | Timesync | Time Synchronization | |
195 | Timesync | Time Synchronization | |
196 | Timesync | Time Synchronization | |
197 | Timesync | Time Synchronization | |
251 | Timesync | Time Synchronization (Refers to the action of Synchronizing the Time by means of a time synchronization protocol/bus/mes- sages) | |
237 | TIMEX | AUTOSAR Timing Extensions | |
278 | TIMEX | Specification of Timing Extensions | |
94 | TLM | Traffic Light Maneuver | |
201 | TLM | Traffic Light Maneuver | |
16 | TLP | Task Level Parallelism | |
64 | TLS | Transport Layer Security | |
185 | TLS | Transport Layer Security | |
217 | TLS | Transport Layer Security | |
221 | TLS | Transport Layer Security | |
248 | TLS | Transport Layer Security | |
217 | TLV | Tag Length Value | |
225 | TLV | Tag Length Value | |
113 | TLV | Tag-Length-Value | |
25 | TLV | Type, Length, Value field (acc. to IEEE 802.1AS) | |
52 | TLV | Type, Length, Value field (acc. to IEEE 802.1AS) | |
196 | TLV | Type, Length, Value field (acc. to IEEE 802.1AS) | |
289 | TM | Testability Module (same a UT) | |
229 | TM | Time Service | |
110 | TM | Transmission Mode | |
110 | TMC | Transmission Mode Condition, see Chapter 7.3.3.2 | |
278 | TMPL | Template | |
252 | TMR | Triple Modular Redundancy | |
110 | TMS | Transmission Mode Selector, see Chapter 7.3.3.2 | |
292 | TOS | Type Of Service | |
297 | TOS | Type Of Service | |
301 | TOS | Type Of Service | |
157 | TP | Transport Layer | |
114 | TP | Transport Protocol | |
123 | TP | Transport Protocol | |
159 | TP | Transport Protocol | |
185 | TP | Transport Protocol | |
191 | TP | Transport Protocol | |
221 | TP | Transport Protocol | |
234 | TP | Transport Protocol | |
270 | TP | Transport Protocol | |
144 | TP | Transport Protocol Layer | |
183 | TP.CM | Connection Management message (PGN 00EC00) used by SAE J1939 transport protocol, corresponds to an N-PDU of J1939Tp | |
89 | TP.CM | J1939 Transport Protocol Connection Management message | |
183 | TP.CM_BAM | Broadcast Announce Message, variant of TP.CM that initiates a BAM transmission | |
183 | TP.CM_CTS | Connection Mode Clear To Send, variant of TP.CM that is used for handshake during CMDT transmission | |
183 | TP.CM_EndOfMsgAck | End Of Message Acknowledge, variant of TP.CM that acknowledges correct reception of a CMDT transmission | |
183 | TP.CM_RTS | Connection Mode Request To Send, variant of TP.CM that initiates a CMDT transmission | |
183 | TP.Conn_Abort | Connection Abort, variant of TP.CM that terminates a CMDT transmission | |
183 | TP.DT | Data Transfer message (PGN 00EB00) used by SAE J1939 transport protocol, corresponds to an N-PDU of J1939Tp | |
89 | TP.DT | J1939 Transport Protocol Data Transfer message | |
120 | TPM | Trusted Platform Module | |
243 | TPM | Trusted Platform Module | |
252 | TPM | Trusted Platform Module | |
212 | TPS | Template Specification | |
278 | TPS | Template Specification | |
278 | TR | Technical Report | |
61 | TRNG | True Random Number Generator | |
243 | TRNG | True Random Number Generator | |
292 | TS | Test System | |
297 | TS | Test System | |
301 | TS | Test System | |
302 | TS | Test System | |
289 | TS | Test System (The system that contains the test cases and control for UT and LT) | |
25 | TS | Time Slave | |
52 | TS | Time Slave | |
190 | TS | Time Slave | |
195 | TS | Time Slave | |
196 | TS | Time Slave | |
197 | TS | Time Slave | |
96 | TS | Time Stamp | |
209 | TS | Time Stamp | |
251 | TS | Time Synchronization | |
289 | TSB | Test Stub (same as UT) | |
202 | TSB | Topologically Scoped Broadcast | |
218 | TSC | Technical Safety Concept | |
252 | TSC | Technical Safety Concept | |
25 | TSD | Time Sub-domain | |
52 | TSD | Time Sub-domain | |
190 | TSD | Time Sub-domain | |
195 | TSD | Time Sub-domain | |
196 | TSD | Time Sub-domain | |
197 | TSD | Time Sub-domain | |
251 | TSP | A bus specific Time Synchronization Provider | |
52 | TSP | Time Synchronization Provider | |
252 | TSR | Technical Safety Requirement | |
25 | TSyn | A bus specific Time Synchronization module | |
52 | TSyn | A bus specific Time Synchronization module | |
195 | TSyn | A bus specific Time Synchronization module | |
196 | TSyn | A bus specific Time Synchronization module | |
197 | TSyn | A bus specific Time Synchronization module | |
190 | TSyn | A bus specific Time Synchronization Provider module | |
232 | tsync | Time Synchronization | |
278 | TTCAN | Requirements on TTCAN | |
92 | TTCAN | Time Triggered CAN | |
192 | TTCAN | Time triggered CAN | |
234 | TTCAN | Time Triggered CAN | |
221 | TTCAN | Time Triggered Controller Area Network | |
229 | Ttcan | TTCAN Driver | *1 |
192 | TtcanDrv | CAN Driver module with enabled TTCAN functionality | |
193 | TtcanDrv | CAN Driver module with enabled TTCAN functionality | |
192 | TtcanIf | CAN Interface module with enabled TTCAN functionality | |
193 | TtcanIf | CAN Interface module with enabled TTCAN functionality | |
229 | TtcanIf | TTCAN Interface | |
113 | TTL | Time To Live | |
217 | TTL | Time to Live | |
292 | TTL | Time To Live | |
297 | TTL | Time To Live | |
301 | TTL | Time To Live | |
45 | TTL | Time-to-Live | |
234 | TTP | Time Triggered Protocol | |
147 | TX | Transmission | |
157 | TX | Transmission | |
158 | TX | Transmission | |
227 | Tx | Transmission | *4 |
290 | Tx | Transmission | |
291 | Tx | Transmission | |
293 | Tx | Transmission | |
294 | Tx | Transmission | |
295 | Tx | Transmission | |
296 | Tx | Transmission | |
298 | Tx | Transmission | |
299 | Tx | Transmission | |
300 | Tx | Transmission | |
302 | Tx | Transmission | |
303 | Tx | Transmission | |
193 | TX | Transmission or transmit | |
107 | TX | Transmit | |
159 | TX | Transmit | |
212 | TX | Transmit | *4 |
109 | TX_DL | Transmit data link layer data length | |
133 | u16 | Mnemonic for the uint16, specified in AUTOSAR_SWS_PlatformTypes | |
153 | u16 | Mnemonic for the uint16, specified in AUTOSAR_SWS_PlatformTypes | |
154 | u16 | Mnemonic for the uint16, specified in AUTOSAR_SWS_PlatformTypes | |
163 | u16 | Mnemonic for the uint16, specified in AUTOSAR_SWS_PlatformTypes | |
164 | u16 | Mnemonic for the uint16, specified in AUTOSAR_SWS_PlatformTypes | |
102 | u16 | Mnemonic for uint16, specified in AUTOSAR_SWS_PlatformTypes | |
99 | u16 | Short name for uint16(unsigned integer), specified in AUTOSAR_SWS_PlatformTypes | |
133 | u32 | Mnemonic for the uint32, specified in AUTOSAR_SWS_PlatformTypes | |
153 | u32 | Mnemonic for the uint32, specified in AUTOSAR_SWS_PlatformTypes | |
154 | u32 | Mnemonic for the uint32, specified in AUTOSAR_SWS_PlatformTypes | |
163 | u32 | Mnemonic for the uint32, specified in AUTOSAR_SWS_PlatformTypes | |
164 | u32 | Mnemonic for the uint32, specified in AUTOSAR_SWS_PlatformTypes | |
102 | u32 | Mnemonic for uint32, specified in AUTOSAR_SWS_PlatformTypes | |
99 | u32 | Short name for uint32(unsigned integer), specified in AUTOSAR_SWS_PlatformTypes | |
133 | u64 | Mnemonic for the uint64, specified in AUTOSAR_SWS_PlatformTypes | |
102 | u64 | Mnemonic for uint64, specified in AUTOSAR_SWS_PlatformTypes | |
133 | u8 | Mnemonic for the uint8, specified in AUTOSAR_SWS_PlatformTypes | |
153 | u8 | Mnemonic for the uint8, specified in AUTOSAR_SWS_PlatformTypes | |
154 | u8 | Mnemonic for the uint8, specified in AUTOSAR_SWS_PlatformTypes | |
163 | u8 | Mnemonic for the uint8, specified in AUTOSAR_SWS_PlatformTypes | |
164 | u8 | Mnemonic for the uint8, specified in AUTOSAR_SWS_PlatformTypes | |
102 | u8 | Mnemonic for uint8, specified in AUTOSAR_SWS_PlatformTyp | |
99 | u8 | Short name for uint8(unsigned integer), specified in AUTOSAR_SWS_PlatformTypes | |
157 | UART | Universal Asynchronous Receiver Transmitter | |
159 | UART | Universal Asynchronous Receiver Transmitter | |
76 | UART | Universal Asynchronous Receiver Transmitter. Dear children have many names, it is also known as SCI and ESCI. | |
162 | uC | Microcontroller | |
252 | uC | Microcontroller (μC) | |
289 | UC | Upper Test Channel (channel between UT and IUT within the DUT) | |
278 | UC | Use Case Specification | |
237 | UC | Use-Case | |
232 | ucm | Update and Config Management | |
54 | UCM | Update and Configuration Management | |
199 | UCM | Update and Configuration Management | |
225 | UCM | Update and Configuration Management | |
252 | UCM | Update and Configuration Management (AP functional cluster) | |
255 | UCM | Update And Configuration Management (Functional Cluster in the Adaptive Platform, AUTOSAR Workgroup) | |
199 | UCM Master | UCM Master is distributing packages and coordinating an update campaign in a vehicle | |
234 | UDP | User (Universal) Datagram Protocol | |
64 | UDP | User Datagram Protocol | |
113 | UDP | User Datagram Protocol | |
126 | UDP | User Datagram Protocol | |
134 | UDP | User Datagram Protocol | |
185 | UDP | User Datagram Protocol | |
191 | UDP | User Datagram Protocol | |
198 | UDP | User Datagram Protocol | |
200 | UDP | User Datagram Protocol | |
217 | UDP | User datagram Protocol | |
225 | UDP | User datagram Protocol | |
253 | UDP | User Datagram Protocol | |
292 | UDP | User Datagram Protocol (according to IETF RFC 768) | |
297 | UDP | User Datagram Protocol (according to IETF RFC 768) | |
301 | UDP | User Datagram Protocol (according to IETF RFC 768) | |
23 | UDP | User Datagram Protocol. | |
44 | UDP | User Datagram Protocol. | |
96 | UDP/IP | User Datagram Protocol / Internet Protocol | |
209 | UDP/IP | User Datagram Protocol / Internet Protocol | |
185 | UdpNm | AUTOSAR UDP Network Management | |
64 | UdpNm | AUTOSAR UDP Network Management Module | |
198 | UdpNm | UDP Network Management | |
229 | UdpNm | UDP Network Management | |
234 | UdpNm | UDP Network Management | |
123 | UDS | Unified Diagnostic Services | |
124 | UDS | Unified Diagnostic Services | |
127 | UDS | Unified Diagnostic Services | |
149 | UDS | Unified Diagnostic Services | |
212 | UDS | Unified Diagnostic Services | |
217 | UDS | Unified Diagnostic Services | |
219 | UDS | Unified Diagnostic Services | |
225 | UDS | Unified Diagnostic Services | |
255 | UDS | Unified diagnostic services (see ISO-14229) (Surprisingly not yet listed!) | |
31 | UDS | Unified Diagnostic Specification standardized as ISO 14229 | |
125 | UEH | Use Extended Header | |
283 | UI | User Interface | |
243 | UID | Unique IDentification item | |
120 | UID | Unique Identifier | |
193 | UL | Upper layer | |
147 | UML | Unified Modeling Language | |
211 | UML | Unified Modeling Language | |
212 | UML | Unified Modeling Language | |
217 | UML | Unified Modeling Language | |
219 | UML | Unified Modeling Language | |
221 | UML | Unified Modeling Language | |
222 | UML | Unified Modeling Language | |
225 | UML | Unified Modeling Language | |
237 | UML | Unified Modeling Language | |
159 | UML | Universal Modelling Language | |
55 | UNINIT | Uninitialized (= not initialized) | |
62 | UNINIT | Uninitialized (= not initialized) | |
63 | UNINIT | Uninitialized (= not initialized) | |
65 | UNINIT | Uninitialized (= not initialized) | |
66 | UNINIT | Uninitialized (= not initialized) | |
70 | UNINIT | Uninitialized (= not initialized) | |
73 | UNINIT | Uninitialized (= not initialized) | |
78 | UNINIT | Uninitialized (= not initialized) | |
83 | UNINIT | Uninitialized (= not initialized) | |
85 | UNINIT | Uninitialized (= not initialized) | |
86 | UNINIT | Uninitialized (= not initialized) | |
87 | UNINIT | Uninitialized (= not initialized) | |
90 | UNINIT | Uninitialized (= not initialized) | |
91 | UNINIT | Uninitialized (= not initialized) | |
278 | UOC | Utilization Of Crypto Services | |
252 | uP | Microprocessor (μP) or Application-Processor | |
172 | Up | Upper layer module | |
301 | URG | Flag Urgent Pointer field significant in TCP Header | |
217 | URI | Uniform Resource Identifier | |
218 | URI | Uniform Resource Identifier | |
96 | URL | Uniform Resource Locator | |
159 | URL | Uniform Resource Locator | |
209 | URL | Uniform Resource Locator | |
217 | URL | Uniform Resource Locator | |
218 | URL | Uniform Resource Locator | |
234 | USB | Universal Serial Bus | |
19 | USS | UltraSonic Sensor | |
227 | UT | Upper Tester | |
290 | UT | Upper Tester | |
291 | UT | Upper Tester | |
292 | UT | Upper Tester | |
293 | UT | Upper Tester | |
294 | UT | Upper Tester | |
295 | UT | Upper Tester | |
296 | UT | Upper Tester | |
297 | UT | Upper Tester | |
298 | UT | Upper Tester | |
299 | UT | Upper Tester | |
300 | UT | Upper Tester | |
301 | UT | Upper Tester | |
302 | UT | Upper Tester | |
303 | UT | Upper Tester | |
289 | UT | Upper Tester (Part of TS that contains the SPs located within the DUT on top of the IUT) | |
227 | UTA | UCM Test Application | |
251 | UTC | Coordinated Universal Time | |
217 | UUID | Universally Unique Identifier | |
225 | UUID | Universally Unique Identifier | |
249 | UUID | Universally Unique Identifier, a 128-bit number used to identify information in computer systems | |
201 | V2I | vehicle to infrastructure | |
201 | V2V | vehicle to vehicle | |
201 | V2X | Either vehicle to vehicle (V2V), or vehicle to infrastructure (V2I) and/or infrastructure to vehicle (I2V) | |
242 | V2X | Vehicle to everything | |
278 | V2X | Vehicle-to-X | |
201 | V2xBtp | Vehicle-2-X Basic Transport | |
229 | V2xBtp | Vehicle-2-X Basic Transport | |
201 | V2xFac | Vehicle-2-X Facilities | |
229 | V2xFac | Vehicle-2-X Facilities | |
201 | V2xGn | Vehicle-2-X Geo Networking | |
229 | V2xGn | Vehicle-2-X GeoNetworking | |
201 | V2xM | Vehicle-2-X Management | |
229 | V2xM | Vehicle-2-X Management | |
279 | VB | Visual Basic | |
287 | VCD | Vehicle Crash Detection | |
287 | VCP | Vehicle Crash Prediction | |
201 | VDP | Vehicle Data Provider | |
252 | vECU | virtual ECU | |
125 | VERB | Verbose | |
125 | VERS | Version Number | |
18 | VFB | Virtual Function Bus | |
130 | VFB | Virtual Function Bus | |
279 | VFB | Virtual Function Bus | |
280 | VFB | Virtual Function Bus | |
41 | VFB | Virtual Functional Bus | |
210 | VFB | Virtual Functional Bus | |
212 | VFB | Virtual Functional Bus | |
217 | VFB | Virtual Functional Bus | |
219 | VFB | Virtual Functional Bus | |
221 | VFB | Virtual Functional Bus | |
222 | VFB | Virtual Functional Bus | |
225 | VFB | Virtual Functional Bus | |
234 | VFB | Virtual Functional Bus | |
237 | VFB | Virtual Functional Bus | |
239 | VFB | Virtual Functional Bus | |
278 | VFB | Virtual Functional Bus | |
252 | VFB | Virtual Functional Bus (AUTOSAR Classic Platform) | |
280 | VGR | Variable Gear Ratio | |
287 | VH | Variant Handling concept | |
61 | Vi | VendorId | |
126 | VIN | Vehicle Identification Number | |
212 | VIN | Vehicle Identification Number | |
127 | VIN | Vehicle Identification Number according to ISO-3779 | |
210 | VISS | Vehicle Information Service Specification | |
234 | VISS | Vehicle Information Service Specification | |
25 | VLAN | Virtual Local Area Network | |
52 | VLAN | Virtual Local Area Network | |
135 | VLAN | Virtual Local Area Network | |
196 | VLAN | Virtual Local Area Network | |
217 | VLAN | Virtual Local Area Network | |
280 | VLC | Vehicle Longitudinal Control | |
16 | VLIW | Very Long Instruction Word | |
280 | VM | Vehicle Model | |
252 | VM | Virtual Machine | |
111 | VMM | Vehicle Message Matrix | |
234 | VMM | Vehicle Mode Management | |
252 | VMM | Virtual Machine Monitor | |
124 | VOBD | Vehicle On-Board-Diagnostic | |
201 | VOD | Verification on Demand | |
203 | VOD | Verification on Demand | |
143 | vPOC | Data structure provided from the CC to the host at the CHI, which contains the actual POC status of the CC (see [13] for details). | |
217 | VSA | Variable Size Array | |
213 | VSMD | Vendor Specific Module Definition | |
26 | VSMD | Vendor-Specific Module Definition [11] | |
210 | W3C | World Wide Consortium | *5 |
234 | W3C | World Wide Web Consortium | |
146 | WCET | Worst Case Execution Time | |
234 | WCET | Worst Case Execution Time | |
237 | WCET | Worst case execution time | |
100 | WCET | Worst case execution time. | |
234 | WCRT | Worst Case Response time | |
237 | WCRT | Worst case response time | |
252 | Wdg | Watchdog | |
95 | WDG | Watchdog (module specific prefix) | |
204 | WDG | Watchdog (module specific prefix) | |
229 | Wdg | Watchdog Driver | |
229 | WdgIf | Watchdog Interface | |
81 | WdgM | Watchdog Manager | |
206 | WdgM | Watchdog Manager | |
229 | WdgM | Watchdog Manager | |
125 | WEID | With ECU ID | |
3 | WET | Worst Case Execution Time | |
135 | WEth | Wireless Ethernet Driver | |
229 | WEth | Wireless Ethernet Driver | |
207 | WEth | Wireless Ethernet Driver (AUTOSAR BSW module) | |
208 | WEth | Wireless Ethernet Driver (AUTOSAR BSW module) | |
207 | WEthTrcv | Wireless Ethernet Transceiver (AUTOSAR BSW module) | |
208 | WEthTrcv | Wireless Ethernet Transceiver (AUTOSAR BSW module) | |
135 | WEthTrcv | Wireless Ethernet Transceiver Driver | |
229 | WEthTrcv | Wireless Ethernet Transceiver Driver | |
280 | Width | Lateral length of the object. | |
124 | WIR | Warning Indicator Request | |
55 | WP | Work Package | |
62 | WP | Work Package | |
63 | WP | Work Package | |
65 | WP | Work Package | |
66 | WP | Work Package | |
70 | WP | Work Package | |
78 | WP | Work Package | |
86 | WP | Work Package | |
87 | WP | Work Package | |
90 | WP | Work Package | |
279 | WP | Work package | |
285 | WP | Work Package | |
288 | WP | Work Package | |
159 | WPII | Work Package in AUTOSAR phase 2 | |
125 | WSID | With Session ID | |
125 | WTMS | With Timestamp | |
124 | WUC | OBD Term: Warm up cycle (OBD Term) | |
145 | WUDOP | Wake-Up During Operation | |
145 | WUP | Wake-Up Pattern | |
147 | WUP | Wake-Up Pattern | |
145 | WUS | Wake-Up Symbol | |
124 | WWH-OBD | World Wide Harmonized On-Board-Diagnostic | |
212 | WWH-OBD | World-Wide Harmonized On-Board Diagnostics | |
219 | WWH-OBD | World-Wide Harmonized On-Board Diagnostics | |
64 | XCP | eXtended Calibration Protocol | |
96 | XCP | Universal Calibration Protocol | |
142 | XCP | Universal Calibration Protocol | |
209 | XCP | Universal Calibration Protocol | |
234 | XCP | Universal Calibration Protocol | |
229 | Xcp | XCP | *5 |
61 | XEX | Xor-Encrypt-Xor | |
182 | XFER | J1939 Transfer PG (PGN = 0x0CA00) | |
19 | XiL | ...(X) in the Loop, such as HIL, SIL | |
148 | XML | eXtended Markup Language | |
96 | XML | Extensible Markup Language | |
143 | XML | Extensible Markup Language | |
147 | XML | Extensible markup language | |
157 | XML | Extensible Markup Language | |
159 | XML | Extensible Markup Language | |
209 | XML | Extensible Markup Language | |
210 | XML | Extensible Markup Language | |
211 | XML | Extensible Markup Language | |
212 | XML | Extensible Markup Language | |
217 | XML | Extensible Markup Language | |
219 | XML | Extensible Markup Language | |
221 | XML | Extensible Markup Language | |
225 | XML | Extensible Markup Language | |
234 | XML | Extensible Markup Language | |
272 | XML | eXtensible Markup Language | |
279 | XML | Extensible Markup Language | |
288 | XML | eXtensible Markup Language | |
278 | XMLS | XML Schema | |
278 | XMLSPR | XML Schema Production Rules | |
210 | XSD | XML Schema Definition | |
212 | XSD | XML Schema Definition | |
217 | XSD | XML Schema Definition | |
219 | XSD | XML Schema Definition | |
221 | XSD | XML Schema Definition | |
225 | XSD | XML Schema Definition | |
234 | XSD | XML Schema Definition | |
279 | XSD | XML Schema Definition | |
61 | XTS | XEX-based tweaked-codebook mode with ciphertext stealing | |
69 | Xxx_ | Placeholder for an API provider | |
123 | Xxx_ | Placeholder for an API provider | |
280 | YRC | Yaw Rate Control | |
278 | ZAUX | Auxilary material | |
278 | ZGEN | Generated intermediate material | |
278 | ZSUPP | Supplemental material | |
61 | μC | Microcontroller | |
148 | μC | Microcontroller |
Reference
Ethernet 記事一覧 Ethernet(0)
https://qiita.com/kaizen_nagoya/items/88d35e99f74aefc98794
Wireshark 一覧 wireshark(0)、Ethernet(48)
https://qiita.com/kaizen_nagoya/items/fbed841f61875c4731d0
線網(Wi-Fi)空中線(antenna)(0) 記事一覧(118/300目標)
https://qiita.com/kaizen_nagoya/items/5e5464ac2b24bd4cd001
C++ Support(0)
https://qiita.com/kaizen_nagoya/items/8720d26f762369a80514
Coding Rules(0) C Secure , MISRA and so on
https://qiita.com/kaizen_nagoya/items/400725644a8a0e90fbb0
Autosar Guidelines C++14 example code compile list(1-169)
https://qiita.com/kaizen_nagoya/items/8ccbf6675c3494d57a76
Error一覧(C/C++, python, bash...) Error(0)
https://qiita.com/kaizen_nagoya/items/48b6cbc8d68eae2c42b8
なぜdockerで機械学習するか 書籍・ソース一覧作成中 (目標100)
https://qiita.com/kaizen_nagoya/items/ddd12477544bf5ba85e2
言語処理100本ノックをdockerで。python覚えるのに最適。:10+12
https://qiita.com/kaizen_nagoya/items/7e7eb7c543e0c18438c4
プログラムちょい替え(0)一覧:4件
https://qiita.com/kaizen_nagoya/items/296d87ef4bfd516bc394
一覧の一覧( The directory of directories of mine.) Qiita(100)
https://qiita.com/kaizen_nagoya/items/7eb0e006543886138f39
官公庁・学校・公的団体(NPOを含む)システムの課題、官(0)
https://qiita.com/kaizen_nagoya/items/04ee6eaf7ec13d3af4c3
プログラマが知っていると良い「公序良俗」
https://qiita.com/kaizen_nagoya/items/9fe7c0dfac2fbd77a945
自動制御、制御工学一覧(0)
https://qiita.com/kaizen_nagoya/items/7767a4e19a6ae1479e6b
Rust(0) 一覧
https://qiita.com/kaizen_nagoya/items/5e8bb080ba6ca0281927
小川清最終講義、最終講義(再)計画, Ethernet(100) 英語(100) 安全(100)
https://qiita.com/kaizen_nagoya/items/e2df642e3951e35e6a53
<この記事は個人の過去の経験に基づく個人の感想です。現在所属する組織、業務とは関係がありません。>
文書履歴(document history)
ver. 0.01 20230526
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