A Parallel Exact Solver for the Three-Index Quadratic Assignment Problem

IPDPS Workshops(2011)

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摘要
Computers with multiple processor cores using shared memory are now ubiquitous. This paper reports an implementation of a branch-and-bound -- based exact algorithm for the Three-Index Quadratic Assignment Problem (Q3AP) on multicore processors. Our parallel implementation has two levels of parallelism. The first, the most common parallelizes the tree search procedure using the Bob++ framework. The second one parallelizes the computation of the lower bound using the SIMD instruction set extensions of modern processors.
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multiple processor core,parallel implementation,common parallelizes,multicore processor,simd instruction set extension,tree search procedure,modern processor,three-index quadratic assignment problem,parallel exact solver,exact algorithm,indexation,multicore processors,multicore processing,quadratic programming,instruction sets,shared memory,parallel algorithms,parallel processing,quadratic assignment problem
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