Abstract:
The Time-Triggered Protocol integrates such services as predictable message transmission, clock synchronization, membership, mode change, and blackout handling. It also s...Show MoreMetadata
Abstract:
The Time-Triggered Protocol integrates such services as predictable message transmission, clock synchronization, membership, mode change, and blackout handling. It also supports replicated nodes and replicated communication channels. The authors describe their architectural assumptions, fault hypothesis, and objectives for the TTP protocol. After they elaborate on its rationale, they give a detailed protocol description. They also discuss TTP characteristics and compare its performance with that of other protocols proposed for control applications.<>
DOI: 10.1109/2.248873
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Fault-tolerant ,
- Real-Time System ,
- Replica ,
- Communication Channels ,
- Moderate Changes ,
- Communication Protocol ,
- Automotive Applications ,
- Clock Synchronization ,
- Time Domain ,
- Field Data ,
- Time-based ,
- Internal State ,
- Flow Control ,
- Error Detection ,
- Control Field ,
- Field Modulation ,
- Value Domain ,
- Frame Length ,
- Transmission Medium ,
- Cold Start ,
- Time Division Multiple Access ,
- Incoming Links ,
- Local Clock ,
- Cyclic Redundancy Check ,
- Node Failure ,
- Bit Length ,
- Message Length ,
- Minimal Overhead ,
- Transmission Speed ,
- Response Time
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Fault-tolerant ,
- Real-Time System ,
- Replica ,
- Communication Channels ,
- Moderate Changes ,
- Communication Protocol ,
- Automotive Applications ,
- Clock Synchronization ,
- Time Domain ,
- Field Data ,
- Time-based ,
- Internal State ,
- Flow Control ,
- Error Detection ,
- Control Field ,
- Field Modulation ,
- Value Domain ,
- Frame Length ,
- Transmission Medium ,
- Cold Start ,
- Time Division Multiple Access ,
- Incoming Links ,
- Local Clock ,
- Cyclic Redundancy Check ,
- Node Failure ,
- Bit Length ,
- Message Length ,
- Minimal Overhead ,
- Transmission Speed ,
- Response Time
