Journal
THEORETICAL COMPUTER SCIENCE
Volume 412, Issue 50, Pages 6938-6947Publisher
ELSEVIER
DOI: 10.1016/j.tcs.2011.09.006
Keywords
Cayley graphs; Edge-bipancyclicity; Fault-tolerant embedding; Interconnection networks; Star graphs
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In this paper, we investigate the fault-tolerant edge-bipancyclicity of an n-dimensional star graph S. Given a set F comprised of faulty vertices and/or edges in S, with vertical bar F vertical bar <= n - 3 and any fault-free edge e in S-n - F, we show that there exist cycles of every even length from 6 to n! - 2 vertical bar F-v vertical bar in S-n - F containing e, where n >= 3. Our result is optimal because the star graph is both bipartite and regular with the common degree n - 1. The length of the longest fault-free cycle in the bipartite S-n is n! - 2 vertical bar F-v vertical bar in the worst case, where all faulty vertices are in the same partite set. We also provide some sufficient conditions from which longer cycles with length from n! - 2 vertical bar F-v vertical bar + 2 to n! - 2 vertical bar F-v vertical bar can be embedded. (C) 2011 Elsevier B.V. All rights reserved.
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