An upper bound on the independence number of a graph computable in polynomial-time

An upper bound on the independence number of a graph computable in polynomial-time

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Article ID: iaor1997635
Country: Netherlands
Volume: 18
Issue: 3
Start Page Number: 139
End Page Number: 145
Publication Date: Oct 1995
Journal: Operations Research Letters
Authors:
Keywords: optimization
Abstract:

The upper bound on the independence number of a undirected graph is presented. The bound is deduced by applying the theory of lagrangian duality to a quadratic formulation of the problem. A characterization of the graphs that attain the proposed bound and a heuristic for approaching the largest independence set of any graph are also given.

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