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The Worst Case Execution Time (WCET) is one of the most important performance metrics in real-time systems.
The static and dynamic schemes are based on the analysis of applications' worst case execution time (WCET).
The performance of a system in the worst-case, represented by its worst case execution time (WCET), highly depends on the design of the memory subsystem.
Designers of embedded systems are only too often overwhelmed by the many skills and disciplines that have to be mastered: from writing device drivers, to worst case execution time analysis, to formal verification and modeling of continuous time systems.
Moreover, the combination of analytical and simulation analysis methods enables the computation of both the guaranteed Worst Case Execution Time (WCET) and the detailed execution time-line data for real-time tasks.
Motivated by this, we define the quasi-deadline of a job as a weighted sum of its absolute deadline (capturing urgency) and its worst case execution time (capturing parallelism) with a system-level control knob to balance urgency and parallelism effectively.
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realistic, safe, worst-case execution time bound.
Software tasks implementing higher-performance controllers are assumed to require a larger worst-case execution time.
However, these features complicate worst-case execution time analysis and lead to very conservative estimates.
For real-time systems the generated code must be analyzable for the worst-case execution time (WCET).
Proceedings of 10th International Workshop on Worst-Case Execution Time (WCET) Analysis, Bjoern Lisper (ed)., 28-39, July, 2010.
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