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An Efficient Method based on Self-Generating Disjoint Minimal Cut-Sets for Evaluating Reliability Measures of Interconnection Networks

Volume 10, Number 3, May 2014 - Paper 07 - pp. 303-312

P. K. TRIPATHY1, R. K. DASH2, C. R. TRIPATHY3

1 Department of CSE, Silicon Institute of Technology, Bhubaneswar, Odisha, INDIA.
2 Department of CSA, College of Engineering & Technology, Bhubaneswar, Odisha INDIA.
3 Department of CSE, VSS University of Technology, Burla, Odisha, INDIA

(Received on October 29, 2013, revised on March 14 and April 02, 2014)

Abstract:

The reliability evaluation of interconnection networks is an important issue in their quality management. Some important reliability measures are network reliability or g-terminal reliability, terminal reliability or 2-terminal reliability and k-terminal reliability. This paper concentrates on evaluating these three different reliability measures of interconnection networks.  In this context a new method based on self generating disjoint minimal cut-set is proposed for evaluating the reliability of the interconnection networks. As, the minimal cut-sets thus generated are self-disjoint and non-redundant; it saves the overhead due to disjointing process and eliminates the duplicates. The method is well supported by an efficient algorithm for calculating the different reliability measures of interconnection networks. The proposed method as well as the algorithm is illustrated with a suitable example. The proposed method is compared against some existing methods in order to ensure its simplicity and efficiency in computing the reliability of interconnection networks. Further to show the generality of the proposed method the reliability of some regular interconnection networks are evaluated by using the proposed method.

 

References: 18

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