The complexity of hardware and software architectures used in today\u27s embedded systems make a hierarchical, composable timing analysis impossible. This paper describes the source of this complexity in terms of mechanisms and side effects that determine variations in the timing of single tasks and entire applications. Based on these observations, the paper proposes strategies to reduce the complexity. It shows the positive effects of these strategies on the timing of tasks and on WCET analysis
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
International audienceWith the advent of multi-core platforms, research in the field of hard real-ti...
In the last three decades a number of methods have been devised to find upper-bounds for the executi...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
“This material is presented to ensure timely dissemination of scholarly and technical work. Copyrigh...
Despite the scientic advances in the worst-case execution-time (WCET) analysis, there is hardly any ...
In order to meet performance/low energy/integration requirements, parallel architectures (multithrea...
The scheduling of real-time systems requires knowing the Worst Case Execution Time (WCET) of their t...
With the advent of multi-core platforms, research in the field of hard real-time has recently consid...
Due to their nature, hard real-time embedded systems (e.g. flight control systems) must be guarantee...
The process requirements that govern the development of high-integrity real-time systems make timing...
The pressing market demand for competitive performance/cost ratios compels Critical Real-Time Embedd...
We introduce a unified wcet analysis and scheduling framework for real-time applications deployed on...
This paper explores timing anomalies in WCET analysis.Timing anomalies add to the complexity of WCET...
Real-time systems need to be time-predictable in order to prove the timeliness of all their time-cri...
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
International audienceWith the advent of multi-core platforms, research in the field of hard real-ti...
In the last three decades a number of methods have been devised to find upper-bounds for the executi...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
“This material is presented to ensure timely dissemination of scholarly and technical work. Copyrigh...
Despite the scientic advances in the worst-case execution-time (WCET) analysis, there is hardly any ...
In order to meet performance/low energy/integration requirements, parallel architectures (multithrea...
The scheduling of real-time systems requires knowing the Worst Case Execution Time (WCET) of their t...
With the advent of multi-core platforms, research in the field of hard real-time has recently consid...
Due to their nature, hard real-time embedded systems (e.g. flight control systems) must be guarantee...
The process requirements that govern the development of high-integrity real-time systems make timing...
The pressing market demand for competitive performance/cost ratios compels Critical Real-Time Embedd...
We introduce a unified wcet analysis and scheduling framework for real-time applications deployed on...
This paper explores timing anomalies in WCET analysis.Timing anomalies add to the complexity of WCET...
Real-time systems need to be time-predictable in order to prove the timeliness of all their time-cri...
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
International audienceWith the advent of multi-core platforms, research in the field of hard real-ti...
In the last three decades a number of methods have been devised to find upper-bounds for the executi...