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Longest fault-free paths in star graphs with edge faults
63
Citations
26
References
2001
Year
Geometric Graph TheoryGraph TheoryLongest Fault-free PathExtremal Graph TheoryStructural Graph TheoryTopological Graph TheoryPlanar GraphEdge FaultsNetwork AnalysisEducationLongest Fault-free PathsDiscrete MathematicsCombinatorial OptimizationGraph Algorithm
In this paper, we aim to embed longest fault-free paths in an n-dimensional star graph with edge faults. When n/spl ges/6 and there are n-3 edge faults, a longest fault-free path can be embedded between two arbitrary distinct vertices, exclusive of two exceptions in which at most two vertices are excluded. Since the star graph is regular of degree n-1, n-3 (edge faults) is maximal in the worst case. When n/spl ges/6 and there are n-4 edge faults, a longest fault-free path can be embedded between two arbitrary distinct vertices. The situation of n<6 is also discussed.
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