AbstractWe use the notion of domination ratio introduced by Glover and Punnen in 1997 to present a new classification of combinatorial optimization (CO) problems: DOM-easy and DOM-hard problems. It follows from results already proved in the 1970s that min TSP (both symmetric and asymmetric versions) is DOM-easy. We prove that several CO problems are DOM-easy including weighted max k-SAT and max cut. We show that some other problems, such as max clique and min vertex cover, are DOM-hard unless P=NP
To tackle NP-hard problems, several paradigms have been developed in the last decades: the polynomia...
AbstractGutin et al. [G. Gutin, A. Yeo, Polynomial approximation algorithms for the TSP and the QAP ...
Abstract: A dominating set in a graph G is a set of vertices D such that each vertex is either in D ...
Let P be an optimization problem, and let A be an approximation algorithm for P. The domination rati...
An $f(n)$ $\textit{dominance bound}$ on a heuristic for some problem is a guarantee that the heurist...
The paper deals with the analysis of the combinatorial problem “dominating subset with min...
AbstractLet P be a combinatorial optimization problem, and let A be an approximation algorithm for P...
In the design of branch-and-bound methods for NP-hard combinatorial optimization problems, dominance...
We handle in this paper three dominating clique problems, namely, the decision problem itself when o...
In this work, we consider a combinatorial "dominating subset with minimal weight" problem, which is ...
We provide an algorithm listing all minimal dominating sets of a graph on n vertices in time O(1:715...
Combinatorial optimization is a multidisciplinary scientific area, lying in the interface of three m...
We provide an algorithm listing all minimal dominating sets of a graph on n vertices in time O(1.715...
For a fixed positive integer k, a k-tuple total dominating set of a graph G = (V. E) is a subset T D...
International audienceWe present an algorithm which we use to identify easy subproblems for packing ...
To tackle NP-hard problems, several paradigms have been developed in the last decades: the polynomia...
AbstractGutin et al. [G. Gutin, A. Yeo, Polynomial approximation algorithms for the TSP and the QAP ...
Abstract: A dominating set in a graph G is a set of vertices D such that each vertex is either in D ...
Let P be an optimization problem, and let A be an approximation algorithm for P. The domination rati...
An $f(n)$ $\textit{dominance bound}$ on a heuristic for some problem is a guarantee that the heurist...
The paper deals with the analysis of the combinatorial problem “dominating subset with min...
AbstractLet P be a combinatorial optimization problem, and let A be an approximation algorithm for P...
In the design of branch-and-bound methods for NP-hard combinatorial optimization problems, dominance...
We handle in this paper three dominating clique problems, namely, the decision problem itself when o...
In this work, we consider a combinatorial "dominating subset with minimal weight" problem, which is ...
We provide an algorithm listing all minimal dominating sets of a graph on n vertices in time O(1:715...
Combinatorial optimization is a multidisciplinary scientific area, lying in the interface of three m...
We provide an algorithm listing all minimal dominating sets of a graph on n vertices in time O(1.715...
For a fixed positive integer k, a k-tuple total dominating set of a graph G = (V. E) is a subset T D...
International audienceWe present an algorithm which we use to identify easy subproblems for packing ...
To tackle NP-hard problems, several paradigms have been developed in the last decades: the polynomia...
AbstractGutin et al. [G. Gutin, A. Yeo, Polynomial approximation algorithms for the TSP and the QAP ...
Abstract: A dominating set in a graph G is a set of vertices D such that each vertex is either in D ...