MOQA is a language specifically designed to facilitate average-case execution time
analysis. It incorporates some innovative techniques to make this possible. Following on …

This work considers the static calculation of a program's average-case time. The number of
systems that currently tackle this research problem is quite small due to the difficulties …

With the advancement of multi-core processors, parallel algorithms especially multithreaded
algorithms, are of increasing importance to developers. The requirement for parallel …

Addresses the problem of performing worst-case execution time (WCET) analysis of Java
Byte Code (JBC), which may be generated from different compilers and from different source …

MOQA is a high-level data structuring language, designed to allow for modular static timing
analysis [1, 2, 3]. In essence, MOQA allows the programmer to determine the average …

Summary form only given. Many tools have been created to allow software engineers to
analyze the execution of their code. While tools such as gprof often work well, most are not …

Multiprocessor systems present serious challenges in the design of real-time systems due to
the wider variation of execution time of an instruction sequence compared to a uniprocessor …

The Java programming language has gained increasing importance for the development of
embedded systems. To be cost efficient, such systems have to cope with significant …

As real-time systems become more prevalent, there is a need to guarantee that these
increasingly complex systems perform as designed. One technique involves a static analysis …

In certain real-time systems worst-case execution time estimates often lead to a waste of
resources. In hard real-time systems these types of estimates are essential to guarantee …