The time-triggered paradigm encompasses a set of con-cepts and principles that support the design of dependable real-time systems. By using the properties of physical time and the mechanism of clock synchronization, coordinated interaction between distributed nodes can be facilitated. This paper briefly explains the time-triggered approach, de-fines a taxonomy for real-time requirements and discusses seven protocols that provide time-triggered features. Fi-nally, two application examples are given that show the po-tential of the time-triggered approach. 1
Distributed dependable real-time systems crucially depend on fault-tolerant clock synchronization. T...
Real-time networks play a fundamental role in embedded systems. To meet timing requirements, provide...
Time-triggered languages permit to model real-time system temporal behavior by assigning system acti...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within distri...
Abstract: Cyber-Physical Systems require distributed architectures to support safety critical real-t...
This paper deals with the formal verification of a fieldbus real-time scheduling mechanism, using th...
This paper provides a comprehensive study on how to use Profibus fieldbus networks to support real-t...
Colloque avec actes et comité de lecture.This paper discusses the main paradigms on fieldbuses from ...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within distri...
International audienceCyber-Physical Systems require distributed architectures to support safety cri...
Abstract — The Time-Triggered Architecture (TTA) provides a computing infrastructure for the design ...
International audienceA distributed real-time control system has a time-triggered nature, just becau...
The simple UART (Universal Asynchronous Re-ceiver and Transmitter) encoding is used in two novel fie...
The processes of accessing a shared communication media have been extensively researched in the depe...
The processes of accessing a shared communication media have been extensively researched in the depe...
Distributed dependable real-time systems crucially depend on fault-tolerant clock synchronization. T...
Real-time networks play a fundamental role in embedded systems. To meet timing requirements, provide...
Time-triggered languages permit to model real-time system temporal behavior by assigning system acti...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within distri...
Abstract: Cyber-Physical Systems require distributed architectures to support safety critical real-t...
This paper deals with the formal verification of a fieldbus real-time scheduling mechanism, using th...
This paper provides a comprehensive study on how to use Profibus fieldbus networks to support real-t...
Colloque avec actes et comité de lecture.This paper discusses the main paradigms on fieldbuses from ...
Fieldbus communication networks aim to interconnect sensors, actuators and controllers within distri...
International audienceCyber-Physical Systems require distributed architectures to support safety cri...
Abstract — The Time-Triggered Architecture (TTA) provides a computing infrastructure for the design ...
International audienceA distributed real-time control system has a time-triggered nature, just becau...
The simple UART (Universal Asynchronous Re-ceiver and Transmitter) encoding is used in two novel fie...
The processes of accessing a shared communication media have been extensively researched in the depe...
The processes of accessing a shared communication media have been extensively researched in the depe...
Distributed dependable real-time systems crucially depend on fault-tolerant clock synchronization. T...
Real-time networks play a fundamental role in embedded systems. To meet timing requirements, provide...
Time-triggered languages permit to model real-time system temporal behavior by assigning system acti...