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Second IEEE International Conference on Engineering of Complex Computer Systems (ICECCS'96)
Toward Compiler Optimization of Distributed Real-Time Processes
Montreal, CANADA
October 21-October 25
ISBN: 0-8186-7614-0
Compiler optimization techniques have been applied to facilitate development and performance tuning of non-real-time systems. Unfortunately, regular compiler optimization can complicate the analysis and destroy timing properties of real-time systems. This paper discusses the difficulties of performing compiler optimization in distributed real-time systems. An algorithm is presented to apply machine-independent compiler optimization safely to distributed real-time systems. The algorithm uses resources' busy-idle profiles to investigate effects of optimizing one process on other processes. A restricted form of resource contention is assumed to simplify the analysis.
Citation:
Mohamed F. Younis, Thomas J. Marlowe, Grace Tsai, Alexander D. Stoyenko, "Toward Compiler Optimization of Distributed Real-Time Processes," iceccs, pp.35, Second IEEE International Conference on Engineering of Complex Computer Systems (ICECCS'96), 1996
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