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In a first phase the program is analyzed to extract semantic information and to determine the maximal (and minimal) number of iterations for each basic block, by possibly bounding every cyclic structure in the program.

This dissertation presents a set of static compile-time analyses to estimate the worst-case execution time of Java processes focusing on the approximation of the WCET of fairly large soft-real-time applications on modern hardware systems. In addition to be necessary to guarantee the correctness of soft- and hard-real-time systems, the worst-case execution time is also useful in multimedia systems where it can be used to better distribute the computing resources among the processes by adapting the quality of service to the current system load.

Real-time schedulers need an estimation of the worst-case execution time (i.e., the longest possible run time) of each process to guarantee that all the deadlines will be met. The soundness of real-time systems not only depends on the exactness of the results but also on their delivery according to given timing constraints.

PdfMachine Ultimate 15.96 download the last version for apple