We study the problem of minimal triangulation of graphs. One of the rst algorithms to solve this problem was Lex M, which was presented in 1976. A new algorithm, and a simplication of Lex M called MCS-M, was presented in 2002. In this paper we compare these two algorithms and show that they produce the same set of triangulations, answering an open question mentioned by the authors of MCS-M.
AbstractThis paper considers the problem of finding a minimal triangulation of an undirected graph G...
Minimum-weight triangulation (MWT) is NP-hard. It has a polynomial-time constant-factor approximatio...
Matthew T. Dickerson Middlebury College, Middlebury VT USA Mark H. Montague Dartmouh College, Han...
AbstractWe study the problem of minimal triangulation of graphs. One of the first algorithms to solv...
Any given graph can be embedded in a chordal graph by adding edges, and the resulting chordal graph ...
AbstractAny given graph can be embedded in a chordal graph by adding edges, and the resulting chorda...
The problem of computing minimal triangulations, or minimal ll, of graphs was introduced and solved ...
In this paper we propose a simple algorithm called CLIQUEMINTRIANG for computing a minimal triangula...
AbstractIn this paper we propose a simple algorithm called CliqueMinTriang for computing a minimal t...
AbstractA chordal graph H is a triangulation of a graph G if H is obtained by adding edges to G. If ...
AbstractWe propose an algorithm for minimal triangulation which, using simple and efficient strategy...
We propose an algorithm for minimal triangulation which, using simple and efficient strategy, subdiv...
Abstract2K2-free graphs do not contain the complement of the chordless cycle on four vertices (2K2) ...
Minimum-weight triangulation (MWT) is NP-hard. It has a polynomial-time constant-factor approximatio...
The Minimum Degree Algorithm, one of the classical algorithms of sparse matrix computations, is a he...
AbstractThis paper considers the problem of finding a minimal triangulation of an undirected graph G...
Minimum-weight triangulation (MWT) is NP-hard. It has a polynomial-time constant-factor approximatio...
Matthew T. Dickerson Middlebury College, Middlebury VT USA Mark H. Montague Dartmouh College, Han...
AbstractWe study the problem of minimal triangulation of graphs. One of the first algorithms to solv...
Any given graph can be embedded in a chordal graph by adding edges, and the resulting chordal graph ...
AbstractAny given graph can be embedded in a chordal graph by adding edges, and the resulting chorda...
The problem of computing minimal triangulations, or minimal ll, of graphs was introduced and solved ...
In this paper we propose a simple algorithm called CLIQUEMINTRIANG for computing a minimal triangula...
AbstractIn this paper we propose a simple algorithm called CliqueMinTriang for computing a minimal t...
AbstractA chordal graph H is a triangulation of a graph G if H is obtained by adding edges to G. If ...
AbstractWe propose an algorithm for minimal triangulation which, using simple and efficient strategy...
We propose an algorithm for minimal triangulation which, using simple and efficient strategy, subdiv...
Abstract2K2-free graphs do not contain the complement of the chordless cycle on four vertices (2K2) ...
Minimum-weight triangulation (MWT) is NP-hard. It has a polynomial-time constant-factor approximatio...
The Minimum Degree Algorithm, one of the classical algorithms of sparse matrix computations, is a he...
AbstractThis paper considers the problem of finding a minimal triangulation of an undirected graph G...
Minimum-weight triangulation (MWT) is NP-hard. It has a polynomial-time constant-factor approximatio...
Matthew T. Dickerson Middlebury College, Middlebury VT USA Mark H. Montague Dartmouh College, Han...