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Titlebook: High Performance Computing - HiPC‘99; 6th International Co Prith Banerjee,Viktor K. Prasanna,Bhabani P. Sinha Conference proceedings 1999 S

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Combining Conditional Constant Propagation and Interprocedural Alias Analysislly, compilers do many kinds of data flow analyses and optimizations one after another, which may pose a . problem: the analyses may have to be run several times until a fixed point is reached. However, when two related optimizations/analyses are performed in combination, it may be possible to obtai
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Microcachesining performance on a wide range of programs. We achieve this by giving the compiler control of the cache and by allowing regions of the cache to be allocated to specific program objects. Our approach has widespread application, especially in media processing and scientific computing.
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Fast Slicing of Concurrent Programs, slicing of concurrent program is compute-intensive asthe required intermediate graph often becomes large. In this context, we generalize the structure of the intermediate graph representation of concurrent programs and this leads us to introduce the notion of Concurrent Control Flow Graph (CCFG).
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