P.-Y. Calland, A. Darte, Y. Robert, and Fr'ed'eric Vivien. Plugging anti and output dependence removal techniques into loop parallelization algorithms. Parallel Computing, 23(1--2):251--266, 1997. Home/Search Document Details and Download
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Maximal Static Expansion - Barthou, Cohen, Collard (1998) (9 citations) (Correct)
....(MSE) It may be considered as one possible trade off between parallelism and memory usage. Other possibilities include memory usage, architecture specific optimizations, etc. and also dependence removal techniques based on a priori knowledge about which dependences hamper parallel execution [6]. All these techniques are compatible with the MSE framework: requiring the expansion to be static is just an additional constraint on the whole program transformation. We present a framework to derive the maximal static expansion. The input of this framework is the (perhaps conservative) output ....
P.-Y. Calland, A. Darte, Y. Robert, and Fr'ed'eric Vivien. Plugging anti and output dependence removal techniques into loop parallelization algorithms. Parallel Computing, 23(1--2):251--266, 1997.
On the Removal of Anti and Output Dependences - Calland, Darte, Robert, Vivien (1997) Self-citation (Calland Darte Vivien) (Correct)
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Pierre-Yves Calland, Alain Darte, Yves Robert, and Fr'ed'eric Vivien. Plugging anti and output dependence removal techniques into loop parallelization algorithms. Parallel Computing, 23(12) :251--266, 1997.
Maximal Static Expansion - Barthou, Cohen, Collard (2000) (9 citations) (Correct)
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P.-Y. Calland, A. Darte, Y. Robert, and Fr'ed'eric Vivien. Plugging anti and output dependence removal techniques into loop parallelization algorithms. Parallel Computing, 23(1--2):251--266, 1997.
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