Today's complex embedded systems integrate multiple hardware and software components, many of them provided as IP from different vendors. Performance analysis is crucial for such heterogeneous systems. There already exists a variety of formal timing analysis techniques for small sub-problems, e. g. task performance, scheduling strategies, etc.. In this paper, we analyze these individual approaches in the context of performance analysis of heterogeneous platforms at different levels of abstraction, and present a three-level bottom-up analysis procedure
Complex embedded systems consist of hardware and software components from different domains, such as...
International audienceContemporary embedded systems are based on complex heterogeneous multi-core pl...
A new and efficient procedure is proposed to evaluate the timing performance of VLSI circuits with c...
This paper examines the problem of statically analyzing the performance of embedded software. This p...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Predicting timing behavior is key to efficient embedded real-time system design and verification. Cu...
We present a framework (Real-Time Calculus) for analysing various system properties pertaining to ti...
SymTA/S is a system-level performance and timing analysis approach based on formal scheduling analys...
Abstract. Middleware usually runs on top of a powerful execution platform. Often that platform inclu...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Cyber-Physical Systems (CPS) are subject to platform-given resource constraints upon such resources ...
Early application timing estimation is essential in decision making during design space exploration ...
This paper examines several techniques for static tim-ing analysis. In detail, the first part of the...
International audienceAs real-time systems have become more and more complex, architects rely on abs...
Outlining the general characteristics of embedded systems is an arduous task. In fact, the design of...
Complex embedded systems consist of hardware and software components from different domains, such as...
International audienceContemporary embedded systems are based on complex heterogeneous multi-core pl...
A new and efficient procedure is proposed to evaluate the timing performance of VLSI circuits with c...
This paper examines the problem of statically analyzing the performance of embedded software. This p...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Predicting timing behavior is key to efficient embedded real-time system design and verification. Cu...
We present a framework (Real-Time Calculus) for analysing various system properties pertaining to ti...
SymTA/S is a system-level performance and timing analysis approach based on formal scheduling analys...
Abstract. Middleware usually runs on top of a powerful execution platform. Often that platform inclu...
We present a compositional approach to analyze timing behavior of complex platforms with different s...
Cyber-Physical Systems (CPS) are subject to platform-given resource constraints upon such resources ...
Early application timing estimation is essential in decision making during design space exploration ...
This paper examines several techniques for static tim-ing analysis. In detail, the first part of the...
International audienceAs real-time systems have become more and more complex, architects rely on abs...
Outlining the general characteristics of embedded systems is an arduous task. In fact, the design of...
Complex embedded systems consist of hardware and software components from different domains, such as...
International audienceContemporary embedded systems are based on complex heterogeneous multi-core pl...
A new and efficient procedure is proposed to evaluate the timing performance of VLSI circuits with c...