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The two-processor scheduling problem is in random NC
Abstract: "An efficient parallel algorithm (RNC[superscript 2]) for the two-processor scheduling problem is presented. An interesting feature of this algorithm is that it finds a highest level first schedule: such a schedule defines a lexicographically first solution to this problem in a natural way. A key ingredient of the algorithm is a generalization of a theorem of Tutte which establishes a one-to-one correspondence between the bases of the Tutte matrix of a graph and the sets of matched nodes in maximum matchings in the graph."
- "Abstract: "An efficient parallel algorithm (RNC[superscript 2]) for the two-processor scheduling problem is presented. An interesting feature of this algorithm is that it finds a highest level first schedule: such a schedule defines a lexicographically first solution to this problem in a natural way. A key ingredient of the algorithm is a generalization of a theorem of Tutte which establishes a one-to-one correspondence between the bases of the Tutte matrix of a graph and the sets of matched nodes in maximum matchings in the graph.""@en
- "The two-processor scheduling problem is in random NC"
- "The two-processor scheduling problem is in random NC"@en
- "The two-processor scheduling pronlem is in random NC"