Add to ORKGThe maximum flow problem has been studied for over forty years. One of the methods for solving this problem is the generic push-relabel algorithm. In this paper we develop a parallel version of this sequential algorithm. Our assumed model of computation is a shared-memory multiprocessor. We describe a concrete implementation of the algorithm based on the PVM package, and present the obtained numerical results
summary:This paper concerns a parallel algorithm of the first-order projection method for solving th...
This work presents an algorithm for the generalized maximum flow problem. First, we describe the tra...
Computational issues relevant to parallel efficiency and algorithm scalability are explored on three...
The maximum flow problem has been studied for over forty years. One of the methods for solving this ...
The maximum flow problem is a combinatorial problem of significant importance in a wide va-riety of ...
We study efficient implementations of the push-relabel method for the maximum flow problem. The resu...
www.imm.dtu.dk It was the main task of this thesis to analyze, design and implement a parallel versi...
Abstract: relabel method for the maximum flow problem // Algorithmica. 1997. №19
The problem of computing the maximum flow problem on capacitated networks arises in many application...
We present a parallel solution to the Maximum-Flow (Max-Flow) problem, suitable for a modern many-co...
The dynamic version of the maximum ow problem allows the graph underlying the ow network to change o...
Ideja dela je spoznati se z osnovnimi pojmi teorije grafov, kot so omrežje, pretok in maksimalni pre...
We present a shared-memory parallelization of flow-based refinement, which is considered the most po...
The Push-Relabel, or Preflow-Push, Maximum-Flow algorithm was originally developed by Andrew V. Gold...
In our work we present two parallel algorithms and their lock-free im-plementations using a popular ...
summary:This paper concerns a parallel algorithm of the first-order projection method for solving th...
This work presents an algorithm for the generalized maximum flow problem. First, we describe the tra...
Computational issues relevant to parallel efficiency and algorithm scalability are explored on three...
The maximum flow problem has been studied for over forty years. One of the methods for solving this ...
The maximum flow problem is a combinatorial problem of significant importance in a wide va-riety of ...
We study efficient implementations of the push-relabel method for the maximum flow problem. The resu...
www.imm.dtu.dk It was the main task of this thesis to analyze, design and implement a parallel versi...
Abstract: relabel method for the maximum flow problem // Algorithmica. 1997. №19
The problem of computing the maximum flow problem on capacitated networks arises in many application...
We present a parallel solution to the Maximum-Flow (Max-Flow) problem, suitable for a modern many-co...
The dynamic version of the maximum ow problem allows the graph underlying the ow network to change o...
Ideja dela je spoznati se z osnovnimi pojmi teorije grafov, kot so omrežje, pretok in maksimalni pre...
We present a shared-memory parallelization of flow-based refinement, which is considered the most po...
The Push-Relabel, or Preflow-Push, Maximum-Flow algorithm was originally developed by Andrew V. Gold...
In our work we present two parallel algorithms and their lock-free im-plementations using a popular ...
summary:This paper concerns a parallel algorithm of the first-order projection method for solving th...
This work presents an algorithm for the generalized maximum flow problem. First, we describe the tra...
Computational issues relevant to parallel efficiency and algorithm scalability are explored on three...