The aim of this paper is to show a polynomial algorithm for the problem minimum directed sumcut for a class of series parallel digraphs. The method uses the recursive structure of parallel compositions in order to define a dominating set of orders. Then, the optimal order is easily reached by minimizing the directed sumcut. It is also shown that this approach cannot be applied in two more general classes of series parallel digraphs
We present efficient algorithms for computing the matching polynomial and chromatic polynomial of a ...
AbstractIt is shown that an acyclic multigraph with a single source and a single sink is series-para...
This paper presents a combinatorial polynomial-time algorithm for minimizing submolular set function...
The aim of this paper is to show a polynomial algorithm for the problem minimum directed sumcut for ...
International audienceWe consider a variant of the well-known, NP-complete problem of minimum cut li...
We consider a variant of the well-known, NP-complete problem of minimum cut linear arrangement for d...
In this paper, a parallel algorithm is given that, given a graph G = (V; E), decides whether G is a ...
Series-parallel directed graphs have been generalized in various directions. Some of these generaliz...
AbstractRecently, He and Yesha gave an algorithm for recognizing directed series-parallel graphs in ...
A tournament is a digraph in which every pair of vertices is connected by exactly one arc. The score...
The authors consider the problem of finding the minimum cost of a feasible flow in directed series-p...
We present a factor 14D2 approximation algorithm for the minimum lin-ear arrangement problem on seri...
Given a series-parallel graph, we consider the problem of drawing its layout in the plane (and the p...
AbstractThis paper outlines the results and motivation of the paper [1], in which we showed, in a un...
AbstractA tournament is a digraph in which every pair of vertices is connected by exactly one arc. T...
We present efficient algorithms for computing the matching polynomial and chromatic polynomial of a ...
AbstractIt is shown that an acyclic multigraph with a single source and a single sink is series-para...
This paper presents a combinatorial polynomial-time algorithm for minimizing submolular set function...
The aim of this paper is to show a polynomial algorithm for the problem minimum directed sumcut for ...
International audienceWe consider a variant of the well-known, NP-complete problem of minimum cut li...
We consider a variant of the well-known, NP-complete problem of minimum cut linear arrangement for d...
In this paper, a parallel algorithm is given that, given a graph G = (V; E), decides whether G is a ...
Series-parallel directed graphs have been generalized in various directions. Some of these generaliz...
AbstractRecently, He and Yesha gave an algorithm for recognizing directed series-parallel graphs in ...
A tournament is a digraph in which every pair of vertices is connected by exactly one arc. The score...
The authors consider the problem of finding the minimum cost of a feasible flow in directed series-p...
We present a factor 14D2 approximation algorithm for the minimum lin-ear arrangement problem on seri...
Given a series-parallel graph, we consider the problem of drawing its layout in the plane (and the p...
AbstractThis paper outlines the results and motivation of the paper [1], in which we showed, in a un...
AbstractA tournament is a digraph in which every pair of vertices is connected by exactly one arc. T...
We present efficient algorithms for computing the matching polynomial and chromatic polynomial of a ...
AbstractIt is shown that an acyclic multigraph with a single source and a single sink is series-para...
This paper presents a combinatorial polynomial-time algorithm for minimizing submolular set function...