ABSTRACT In this work, the presence of cut nodes in a network is exploited to propose a competitive method for the multi-terminal maximum flow problem. The main idea of the method is based on the relation between cut-trees and cut nodes, which is observed in the context of sensitivity analysis on the variation of edges capacities. Computational experiments were conducted with the proposed algorithm, whose results were compared with the ones of Gusfield, for randomly generated and well-known instances of the literature. The numerical results demonstrate the potential of the method for some classes of instances. Moreover, the proposed method was adapted for the single maximum flow problem, but failed to improve existing running times for the ...
AbstractThe all pairs minimum cuts problem in a capacitated undirected network is well known. Gomory...
Most primal minimum cost network flow (MCNF) algorithms can be seen as variants on cancelling negati...
AbstractWe introduce a new class of problems concerned with the computation of maximum flows through...
AbstractGiven an undirected network, the multi-terminal network flows analysis consists in determini...
In this diploma thesis the maximum flow problem is presented and investigated. Instances of this pro...
The aim of this chapter is to present an overview of the main results for a well-known optimization ...
ABSTRACT. This paper presents new algorithms for the maximum flow problem, the Hitchcock transportat...
Maximum flow problem is one of the fundamental problems in network flow theory and has been extensiv...
AbstractThe problem of finding the maximum flows between each pair of nodes in a subset of k nodes o...
M.Sc. (Mathematics)In Chapter 1, we consider the relevant theory pertaining to graphs and digraphs t...
Abstract. In this paper, we establish max-flow min-cut theorems for several important classes of mul...
We study an optimization problem which can be interesting in several network applications, especiall...
AbstractWe present a pure combinatorial problem whose solution determines max-flow min-cut ratio for...
We give a pure combinatorial problem whose solution determines max-flow min-cut ratio for directed m...
In this study efficient algorithms are developed for solving the classical maximum value flow proble...
AbstractThe all pairs minimum cuts problem in a capacitated undirected network is well known. Gomory...
Most primal minimum cost network flow (MCNF) algorithms can be seen as variants on cancelling negati...
AbstractWe introduce a new class of problems concerned with the computation of maximum flows through...
AbstractGiven an undirected network, the multi-terminal network flows analysis consists in determini...
In this diploma thesis the maximum flow problem is presented and investigated. Instances of this pro...
The aim of this chapter is to present an overview of the main results for a well-known optimization ...
ABSTRACT. This paper presents new algorithms for the maximum flow problem, the Hitchcock transportat...
Maximum flow problem is one of the fundamental problems in network flow theory and has been extensiv...
AbstractThe problem of finding the maximum flows between each pair of nodes in a subset of k nodes o...
M.Sc. (Mathematics)In Chapter 1, we consider the relevant theory pertaining to graphs and digraphs t...
Abstract. In this paper, we establish max-flow min-cut theorems for several important classes of mul...
We study an optimization problem which can be interesting in several network applications, especiall...
AbstractWe present a pure combinatorial problem whose solution determines max-flow min-cut ratio for...
We give a pure combinatorial problem whose solution determines max-flow min-cut ratio for directed m...
In this study efficient algorithms are developed for solving the classical maximum value flow proble...
AbstractThe all pairs minimum cuts problem in a capacitated undirected network is well known. Gomory...
Most primal minimum cost network flow (MCNF) algorithms can be seen as variants on cancelling negati...
AbstractWe introduce a new class of problems concerned with the computation of maximum flows through...