Add to ORKGWe present a compositional approach to analyze timing behavior of complex platforms with different scheduling strategies. The approach uses event interfacing in order to couple previously incompatible anal-ysis techniques which provide subsystem and component behavior. Based on these interfaces, event propagation using abstract models is used to derive global system timing properties. 1
Cyber-Physical Systems (CPS) are subject to platform-given resource constraints upon such resources ...
For any real-time system, being predictable with respect to time is a basic necessity. The combinati...
Abstract We present a tool for compositional timing and performance analysis of real-time systems mo...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Part 5: ARAMIS Special SessionInternational audienceFor most embedded safety-critical systems not on...
Abstract—For hard real-time systems, timeliness of operations has to be guaranteed. Static timing an...
We present a framework (Real-Time Calculus) for analysing various system properties pertaining to ti...
International audienceWe develop and implement a methodology for automatic abstraction of systems de...
A timing property of a distributed system is an assertion about the time intervals between events in...
This paper proposes a new method for deriving quantitative event information for compositional multi...
In this paper, we compare and survey different ways to model the scheduling delays corresponding to ...
International audienceFormal analysis methods of embedded systems provide safe, but unfortunately of...
Abstract—Nowadays, most embedded safety critical systems have to work in a timely manner in order to...
This chapter is devoted to modeling timing in complex systems. We begin with a discussion of clocks,...
Temporal behavior needs to be formally specified, validated, and verified, if systems that interface...
Cyber-Physical Systems (CPS) are subject to platform-given resource constraints upon such resources ...
For any real-time system, being predictable with respect to time is a basic necessity. The combinati...
Abstract We present a tool for compositional timing and performance analysis of real-time systems mo...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Part 5: ARAMIS Special SessionInternational audienceFor most embedded safety-critical systems not on...
Abstract—For hard real-time systems, timeliness of operations has to be guaranteed. Static timing an...
We present a framework (Real-Time Calculus) for analysing various system properties pertaining to ti...
International audienceWe develop and implement a methodology for automatic abstraction of systems de...
A timing property of a distributed system is an assertion about the time intervals between events in...
This paper proposes a new method for deriving quantitative event information for compositional multi...
In this paper, we compare and survey different ways to model the scheduling delays corresponding to ...
International audienceFormal analysis methods of embedded systems provide safe, but unfortunately of...
Abstract—Nowadays, most embedded safety critical systems have to work in a timely manner in order to...
This chapter is devoted to modeling timing in complex systems. We begin with a discussion of clocks,...
Temporal behavior needs to be formally specified, validated, and verified, if systems that interface...
Cyber-Physical Systems (CPS) are subject to platform-given resource constraints upon such resources ...
For any real-time system, being predictable with respect to time is a basic necessity. The combinati...
Abstract We present a tool for compositional timing and performance analysis of real-time systems mo...