Cassyopia: compiler assisted system optimization
Mohan Rajagopalan, Saumya Debray, Matti Hiltunen, Richard D. Schlichting
Abstract
Mohan Rajagopalan, Saumya Debray, Matti Hiltunen, Richard D. Schlichting
Abstract
Execution of a program almost always involves multiple adT3flA spaces, possibly across separate machines. Here, an approach toredFflU3 such costs using compiler optimization techniques ispresented This paper elaborates on the overall vision,and as a concrete example, dample,T how this compilerassisted approach can be applied to the optimization of system call performance on a single host. Preliminary results suggest that this approach has the potential to improve performance significantlydntlyTjO on the program's system call behavior.
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Execution of a program almost always involves multiple adT3flA spaces, possibly across separate machines. Here, an approach toredFflU3 such costs using compiler optimization techniques ispresented This paper elaborates on the overall vision,and as a concrete example, dample,T how this compilerassisted approach can be applied to the optimization of system call performance on a single host. Preliminary results suggest that this approach has the potential to improve performance significantlydntlyTjO on the program's system call behavior.
Key concepts: Compiler, Computer science, Loop optimization, Optimizing compiler, Interprocedural optimization, Host (biology), Program optimization, Programming language