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Embedding of Simple Cycles in Hypercubes

Y-Chuang Chen, Tang-Fong Jhang

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Abstract

Cycle embedding is an important issue in interconnection networks. Embedding cycles of different sizes into a network are beneficial to the efficient execution of parallel programs. The hypercube is a popular network because of its attractive properties. Given an n-dimensional hypercube Qn and let e be any edge of Qn. In this paper, we discuss the number of simple k-cycles in Qn, which pass through the edge e for k=4,6,and8.

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Cycle embedding is an important issue in interconnection networks. Embedding cycles of different sizes into a network are beneficial to the efficient execution of parallel programs. The hypercube is a popular network because of its attractive properties. Given an n-dimensional hypercube Qn and let e be any edge of Qn. In this paper, we discuss the number of simple k-cycles in Qn, which pass through the edge e for k=4,6,and8.

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Available abstract

Cycle embedding is an important issue in interconnection networks. Embedding cycles of different sizes into a network are beneficial to the efficient execution of parallel programs. The hypercube is a popular network because of its attractive properties. Given an n-dimensional hypercube Qn and let e be any edge of Qn. In this paper, we discuss the number of simple k-cycles in Qn, which pass through the edge e for k=4,6,and8.

Key concepts: Hypercube, Embedding, Simple (philosophy), Interconnection, Enhanced Data Rates for GSM Evolution, Computer science, Parallel computing, Theoretical computer science

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