To reduce complexity while computing an upper bound on the worst-case execution time, static WCET analysis performs over-approximations. This feeds the general feeling that static WCET estimations can be far above the real WCET. This feeling is strengthened when these estimations are compared to measured execution times: generally, it is very unlikely to capture the worstcase from observations, then the difference between the highest watermark and the proven WCET upper bound might be considerable. In this paper, we introduce a framework to quantify the possible overestimation on WCET upper bounds obtained by static analysis. The objective is to derive a lower bound on the WCET to complement the upper bound
Static Worst-Case Execution Time (WCET) analysis is currently taking a step from research to industr...
Precise operation of real-time systems depends on functionally correct computations that are deliver...
WCET analysis is a key activity in the development of safety critical real-time systems. Whether upp...
To reduce complexity while computing an upper bound on the worst-case execution time, static WCET an...
Critical embedded systems are generally composed of repetitive tasks that must meet hard timing cons...
International audienceCritical embedded systems are generally composed of repetitive tasks that must...
In a real-time system, it is crucial to ensure that all tasks of the system holdtheir deadlines. A m...
The scheduling of real-time systems requires knowing the Worst Case Execution Time (WCET) of their t...
In this paper we present a measurement-based approach that produces both a WCET (Worst Case Executio...
Estimation of worst-case execution times (WCETs) is required to validate the temporal behavior of ha...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
In the last three decades a number of methods have been devised to find upper-bounds for the executi...
In a real-time system, it is crucial to ensure that all tasks of the system hold their deadlines. A ...
A prerequisite for creating a safe and predictable real time computer system is to have knowledge ab...
International audienceIn this article, we present OTAWA, a framework for computing the Worst Case Ex...
Static Worst-Case Execution Time (WCET) analysis is currently taking a step from research to industr...
Precise operation of real-time systems depends on functionally correct computations that are deliver...
WCET analysis is a key activity in the development of safety critical real-time systems. Whether upp...
To reduce complexity while computing an upper bound on the worst-case execution time, static WCET an...
Critical embedded systems are generally composed of repetitive tasks that must meet hard timing cons...
International audienceCritical embedded systems are generally composed of repetitive tasks that must...
In a real-time system, it is crucial to ensure that all tasks of the system holdtheir deadlines. A m...
The scheduling of real-time systems requires knowing the Worst Case Execution Time (WCET) of their t...
In this paper we present a measurement-based approach that produces both a WCET (Worst Case Executio...
Estimation of worst-case execution times (WCETs) is required to validate the temporal behavior of ha...
Worst-Case-Execution-Time (WCET) analysis computes upper bounds on the execution time of a program o...
In the last three decades a number of methods have been devised to find upper-bounds for the executi...
In a real-time system, it is crucial to ensure that all tasks of the system hold their deadlines. A ...
A prerequisite for creating a safe and predictable real time computer system is to have knowledge ab...
International audienceIn this article, we present OTAWA, a framework for computing the Worst Case Ex...
Static Worst-Case Execution Time (WCET) analysis is currently taking a step from research to industr...
Precise operation of real-time systems depends on functionally correct computations that are deliver...
WCET analysis is a key activity in the development of safety critical real-time systems. Whether upp...