Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast to this the theoretical understanding of the interplay of different optimization methods is rare. The aim of this paper is to make a first step into the rigorous analysis of such combinations for combinatorial optimization problems. The subject of our analyses is the vertex cover problem for which several approximation algorithms have been proposed. We point out specific instances where solutions can (or cannot) be improved by the search process of a simple evolutionary algorithm in expected polynomial time.Tobias Friedrich, Jun He, Nils Hebbinghaus, Frank Neumann, Carsten Wit
In this paper an evolutionary approach to solving the generalized vertex cover problem (GVCP) is pre...
AMS Subj. Classification: 90C27, 05C85, 90C59The topic is related to solving the generalized vertex c...
Evolutionary multiobjective optimization for the classical vertex cover problem has been analysed in...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast to...
Evolutionary algorithms have been frequently used to deal with dynamic optimization problems, but th...
Vertex cover is one of the best known NP-Hard combinatorial optimization problems. Experimental work...
Vertex cover is one of the best known NP-Hard combinatorial optimization problems. Experimental work...
Evolutionary algorithms are general problem solvers that have been successfully used in solving comb...
Abstract. This paper reports work investigating various evolutionary approaches to vertex cover (VC)...
Abstract: The problem of finding a minimum vertex cover is an NP hard optimization problem. Some app...
Extended AbstractUsing evolutionary algorithms to generate a diverse set of solutions where all of t...
In this paper, we consider multi-objective evolutionary algorithms for the Vertex Cover problem in t...
In this paper an evolutionary approach to solving the generalized vertex cover problem (GVCP) is pre...
AMS Subj. Classification: 90C27, 05C85, 90C59The topic is related to solving the generalized vertex c...
Evolutionary multiobjective optimization for the classical vertex cover problem has been analysed in...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast, t...
Hybrid methods are very popular for solving problems from combinatorial optimization. In contrast to...
Evolutionary algorithms have been frequently used to deal with dynamic optimization problems, but th...
Vertex cover is one of the best known NP-Hard combinatorial optimization problems. Experimental work...
Vertex cover is one of the best known NP-Hard combinatorial optimization problems. Experimental work...
Evolutionary algorithms are general problem solvers that have been successfully used in solving comb...
Abstract. This paper reports work investigating various evolutionary approaches to vertex cover (VC)...
Abstract: The problem of finding a minimum vertex cover is an NP hard optimization problem. Some app...
Extended AbstractUsing evolutionary algorithms to generate a diverse set of solutions where all of t...
In this paper, we consider multi-objective evolutionary algorithms for the Vertex Cover problem in t...
In this paper an evolutionary approach to solving the generalized vertex cover problem (GVCP) is pre...
AMS Subj. Classification: 90C27, 05C85, 90C59The topic is related to solving the generalized vertex c...
Evolutionary multiobjective optimization for the classical vertex cover problem has been analysed in...