2016Procedia EngineeringOpen access

An Approximation Algorithm for the Minimum Vertex Cover Problem

Jingrong Chen, Lei Kou, Xiaochuan Cui

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Abstract

The minimum vertex cover problem is a basic combinatorial optimization problem. Given an undirected graph the objective is to determine a subset of the vertices which covers all edges such that the number of the vertices in the subset is minimized. In the paper, based on Dijkstra algorithm, an approximation algorithm is obtained for the minimum vertex cover problem. In the process of getting a vertex cover, the maximum value of shortest paths is considered as a standard, and some criteria are defined. The time complex of the Algorithm is O(n3) where n is the number of vertices in a graph. In the end, an example is given to illustrate the process and the validity of the Algorithm.

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What this paper is about

The minimum vertex cover problem is a basic combinatorial optimization problem. Given an undirected graph the objective is to determine a subset of the vertices which covers all edges such that the number of the vertices in the subset is minimized. In the paper, based on Dijkstra algorithm, an approximation algorithm is obtained for the minimum vertex cover problem. In the process of getting a vertex cover, the maximum value of shortest paths is considered as a standard, and some criteria are defined. The time complex of the Algorithm is O(n3) where n is the number of vertices in a graph. In the end, an example is given to illustrate the process and the validity of the Algorithm.

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Available abstract

The minimum vertex cover problem is a basic combinatorial optimization problem. Given an undirected graph the objective is to determine a subset of the vertices which covers all edges such that the number of the vertices in the subset is minimized. In the paper, based on Dijkstra algorithm, an approximation algorithm is obtained for the minimum vertex cover problem. In the process of getting a vertex cover, the maximum value of shortest paths is considered as a standard, and some criteria are defined. The time complex of the Algorithm is O(n3) where n is the number of vertices in a graph. In the end, an example is given to illustrate the process and the validity of the Algorithm.

Key concepts: Vertex cover, Edge cover, Combinatorics, Feedback vertex set, Mathematics, Undirected graph, Vertex (graph theory), Dijkstra's algorithm

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