Add to ORKGthis paper to describe two time-triggered protocols that fulfill the above described requirements. The TTP/C protocol provides a highly dependable real-time communication service with a fault-tolerant clock synchronization and membership service. TTP/C is suitable for X-by-wire systems in the automotive and avionics domai
Title and subtitle Distributed Brake-By-Wire based on TTP/C. (Distribuerat Brake-By-Wire system base...
This article describes our implementation the TTP/A protocol, the field bus protocol of the time-tri...
International audienceAutomotive constructors want to replace critical mechanical functions by elect...
Distributed dependable real-time systems crucially depend on fault-tolerant clock synchronization. T...
Safety-critical aerospace functions are generally required to have failure rates less than 10-9 per ...
The past two decades have seen an increasing dependence on distributed electronic systems and associ...
This paper compares the principles of operation, the services, the dependability mechanisms and the...
During the past few years computer systems have been applied to many safety critical application dom...
The Timed Token Protocol (TTP) is used to maintain the control action in real time. Every real time ...
Fault-tolerant real-time distributed control systems are being developed for next-generation aircraf...
TTP/A is the fieldbus protocol of the Time Triggered Architecture (TTA). It provides periodic transm...
Abstract- The Time-Triggered Architecture (TTA) is a distributed computer architecture for highly-de...
This presentation provides an historical perspective on time-triggered (TT) protocols and highlights...
A growing number of industrial control applications employ computer control to provide enhanced func...
This paper develops solutions for efficient transfer of sporadic (event-triggered) data over a time-...
Title and subtitle Distributed Brake-By-Wire based on TTP/C. (Distribuerat Brake-By-Wire system base...
This article describes our implementation the TTP/A protocol, the field bus protocol of the time-tri...
International audienceAutomotive constructors want to replace critical mechanical functions by elect...
Distributed dependable real-time systems crucially depend on fault-tolerant clock synchronization. T...
Safety-critical aerospace functions are generally required to have failure rates less than 10-9 per ...
The past two decades have seen an increasing dependence on distributed electronic systems and associ...
This paper compares the principles of operation, the services, the dependability mechanisms and the...
During the past few years computer systems have been applied to many safety critical application dom...
The Timed Token Protocol (TTP) is used to maintain the control action in real time. Every real time ...
Fault-tolerant real-time distributed control systems are being developed for next-generation aircraf...
TTP/A is the fieldbus protocol of the Time Triggered Architecture (TTA). It provides periodic transm...
Abstract- The Time-Triggered Architecture (TTA) is a distributed computer architecture for highly-de...
This presentation provides an historical perspective on time-triggered (TT) protocols and highlights...
A growing number of industrial control applications employ computer control to provide enhanced func...
This paper develops solutions for efficient transfer of sporadic (event-triggered) data over a time-...
Title and subtitle Distributed Brake-By-Wire based on TTP/C. (Distribuerat Brake-By-Wire system base...
This article describes our implementation the TTP/A protocol, the field bus protocol of the time-tri...
International audienceAutomotive constructors want to replace critical mechanical functions by elect...