The present contribution considers the problem of identifying a simple cycle in an undirected graph such that the number of nodes in the cycle or adjacent to it, is maximum. This problem is denoted as the Maximum Covering Cycle Problem (MCCP) and it is shown to be NP-complete. We present an iterative procedure that, although it cannot be shown to be polynomial, yields (in practice) high-quality solutions within reasonable time on graphs of moderate density.status: publishe
This paper introduces the maximization version of the k-path vertex cover problem, called the Maximu...
This paper introduces the maximum version of the k-path vertex cover problem, called the Maximum k-P...
We study the polynomial time approximation of the NP-hard MAX k-VERTEX COVER problem in bipartite gr...
The present contribution considers the problem of identifying a simple cycle in an undirected graph ...
The maximum covering cycle problem (MCCP) deals with finding a simple cycle in an undirected graph s...
A cycle cover of a graph is a spanning subgraph each node of which is part of exactly one simple cyc...
An instance of the maximum coverage problem is given by a set of weighted ground elements and a cost...
Given a graph G(V,E) of order n and a constant k⩽n , the max k -vertex cover problem consists of ...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
We study an online model for the maximum k-vertex-coverage problem, where given a graph G = (V,E) an...
Given a graph G = (V, E), we consider the problem to find a set of D pairwise disjoint cliques in i...
Let G = (V, E) be an undirected multigraph without loops. The maximum cycle packing problem is to fi...
AbstractA cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cy...
Given a graph G(V, E) of order n and a constant k <= n, the maxk- vertex cover problem consists of d...
We consider the Max-Vertex-Cover (MVC) problem, i.e., nd k vertices from an undirected and edge-weig...
This paper introduces the maximization version of the k-path vertex cover problem, called the Maximu...
This paper introduces the maximum version of the k-path vertex cover problem, called the Maximum k-P...
We study the polynomial time approximation of the NP-hard MAX k-VERTEX COVER problem in bipartite gr...
The present contribution considers the problem of identifying a simple cycle in an undirected graph ...
The maximum covering cycle problem (MCCP) deals with finding a simple cycle in an undirected graph s...
A cycle cover of a graph is a spanning subgraph each node of which is part of exactly one simple cyc...
An instance of the maximum coverage problem is given by a set of weighted ground elements and a cost...
Given a graph G(V,E) of order n and a constant k⩽n , the max k -vertex cover problem consists of ...
A cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cycle. An ...
We study an online model for the maximum k-vertex-coverage problem, where given a graph G = (V,E) an...
Given a graph G = (V, E), we consider the problem to find a set of D pairwise disjoint cliques in i...
Let G = (V, E) be an undirected multigraph without loops. The maximum cycle packing problem is to fi...
AbstractA cycle cover of a graph is a set of cycles such that every vertex is part of exactly one cy...
Given a graph G(V, E) of order n and a constant k <= n, the maxk- vertex cover problem consists of d...
We consider the Max-Vertex-Cover (MVC) problem, i.e., nd k vertices from an undirected and edge-weig...
This paper introduces the maximization version of the k-path vertex cover problem, called the Maximu...
This paper introduces the maximum version of the k-path vertex cover problem, called the Maximum k-P...
We study the polynomial time approximation of the NP-hard MAX k-VERTEX COVER problem in bipartite gr...