Bounding the size of k-tuple covers
Suppose there are n applications and n processors. A pair cover is a set S of one-to-one mappings (assignments) of the applications to the processors such that, for every pair (Ai,Aj) of applications and every pair (p,q) of processors, there is an assignment f in S that maps (Ai,Aj) to (p,q). More generally, we consider, for all k/spl ges/1, minimum size k-tuple covers. We improve bounds given earlier in by Latifi, where the application for k-tuple covers was fault tolerance of the multidimensional star network. Let F(n,k) denote the minimum cardinality k-tuple cover for n applications and processors. We give bounds for F(n,k) that are within a small multiplicative factor of optimum.
Application software; Computer science; Drugs; Fault tolerance; Medical tests; Multidimensional systems; Polynomials; Sampling methods; Upper bound; Zinc
Electrical and Computer Engineering | Engineering
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Bein, W. W.,
Sudborough, I. H.
Bounding the size of k-tuple covers.
42nd Hawaii International Conference on System Sciences