2003Unpublished venueRequires access

Pancyclicity of Mobius cubes

Wen‐Tzeng Huang, Woei-kae Chen, Chin‐Hsing Chen

Open publisher page 14 citations

Abstract

The problem of containing pancyclic interconnection networks is an important research topic. An n-dimensional Mobius cube, MQ/sub n/, is a variant of hypercubes according to specific rules. In this paper, we prove that Mobius cubes are all pancyclic networks. Similarly, both an n-dimensional crossed cube, CQ/sub n/, and an n-dimensional twisted cube, TQ/sub n/, are also variants of hypercubes according to specific rules. Moreover although the pancyclic property of a crossed cube and a twisted cube had been proved, we propose an alternative proof of this property.

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What this paper is about

The problem of containing pancyclic interconnection networks is an important research topic. An n-dimensional Mobius cube, MQ/sub n/, is a variant of hypercubes according to specific rules. In this paper, we prove that Mobius cubes are all pancyclic networks. Similarly, both an n-dimensional crossed cube, CQ/sub n/, and an n-dimensional twisted cube, TQ/sub n/, are also variants of hypercubes according to specific rules. Moreover although the pancyclic property of a crossed cube and a twisted cube had been proved, we propose an alternative proof of this property.

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Available abstract

The problem of containing pancyclic interconnection networks is an important research topic. An n-dimensional Mobius cube, MQ/sub n/, is a variant of hypercubes according to specific rules. In this paper, we prove that Mobius cubes are all pancyclic networks. Similarly, both an n-dimensional crossed cube, CQ/sub n/, and an n-dimensional twisted cube, TQ/sub n/, are also variants of hypercubes according to specific rules. Moreover although the pancyclic property of a crossed cube and a twisted cube had been proved, we propose an alternative proof of this property.

Key concepts: Hypercube, Cube (algebra), Combinatorics, Property (philosophy), Interconnection, Computer science, Mathematics, Discrete mathematics

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