This paper presents CAWET, a hybrid worst-case program timing estimation technique.
CAWET identifies the longest execution path using static techniques, whereas the worst …

Safety standards in domains like automotive and avionics seek for deterministic execution
(lack of jittery behavior) as a stepping stone to build a certification argument on the correct …

The massive parallelism provided by Graphics Processing Units (GPUs) to accelerate
compute-intensive tasks makes it preferable for Real-Time Systems such as autonomous …

In Mixed-Criticality (MC) systems, due to encountering multiple Worst-Case Execution Times
(WCETs) for each task corresponding to the system operation modes, estimating appropriate …

Abstract Estimating Worst-Case Execution Time (WCET) is paramount for developing Real-
Time and Embedded systems. The operating system's scheduler uses the estimated WCET …

Estimating program execution time is a key but challenging task, further complicated by the
growing complexity and insufficient documentation of modern processor architectures. While …