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Many embedded systems are subject to temporal constraints that require advance guarantees on meeting deadlines. Such systems rely on static analysis to safely bound worst-case execution (WCET) bounds of tasks. Designers of these systems are forced to avoid state-of-the-art processors due to their inherent architectural complexity (such as out-of-order instruction scheduling) that results in non-determinism...
Static timing analysis safely bounds worst-case execution times to determine if tasks can meet their deadlines in hard real-time systems. However, conventional timing analysis requires that the upper bound of loops be known statically, which limits its applicability. Parametric timing analysis methods remove this constraint by providing the WCET as a formula parameterized on loop bounds. This paper...
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