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Toshio Nakagawa This paper summarizes the results of the basic model of Makabe and Morimura, in which a unit is replaced at k-th failure. The two generalized models are considered: A) A unit has two types of failures and is replaced at type 2 failure or k-th type 1 failure. B) A system has two types of units and is replaced at unit 2 failure or k-th unit 1(More)
This paper proposes two techniques for obtaining a sharp lower bound for the multiprocessor scheduling problem (MSP) with non-negligible communication delay. In the proposed techniques, we apply the notion of inevitable communication delay to obtain a nontrivial lower bound on the scheduling length. The effectiveness of the derived bound is evaluated by(More)
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