Add to ORKGWe present a scaling decreasing path algorithm for the minimum flow problem, which is a network flow problem that was not treated so often as the maximum flow problem in the literature on network flow. Our algorithm always decreases flow along paths from the source node to the sink node with sufficiently large residual capacity and it runs in O(m2 log c) time
Maximum flow problem is one of the fundamental problems in network flow theory and has been extensiv...
We describe an O(n 4 h min{log U, n 2 log n}) capacity scaling algorithm for the minimum cost submod...
We describe an O/(n exp.4 h min{log U, n exp.2 log n}) capacity scaling algorithm for the minimum co...
Abstract: In this paper we consider an advanced topic for minimum flow problem: the use of the dynam...
This paper presents two new scaling algorithms for the minimum cost network flow prob-lem, one a pri...
Several researchers have recently developed new techniques that give fast algorithms for the minimum...
An efficient polynomial time algorithm forsolving minimum cost flow problems has been proposedin thi...
AbstractThis paper gives algorithms for network problems that work by scaling the numeric parameters...
We consider the minimum cost network flow problem min(cx: Ax=b, x> 0) on a graph G = (V,E). First...
We introduce a gain-scaling technique for the maximum flow problem in lossy networks. Using this tec...
Abstract: The theory and applications of network flows is probabily the most important single tool f...
AbstractWe consider the maximum generalised network flow problem and a supply-scaling algorithmic fr...
We consider the minimum cost network flow problem min(cx: Ax=b, x> 0) on a graph G = (V,E). First...
This paper serves to further analyze the performance of the suggested algorithm which uses the minim...
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...
We describe an O(n 4 h min{log U, n 2 log n}) capacity scaling algorithm for the minimum cost submod...
We describe an O/(n exp.4 h min{log U, n exp.2 log n}) capacity scaling algorithm for the minimum co...
Abstract: In this paper we consider an advanced topic for minimum flow problem: the use of the dynam...
This paper presents two new scaling algorithms for the minimum cost network flow prob-lem, one a pri...
Several researchers have recently developed new techniques that give fast algorithms for the minimum...
An efficient polynomial time algorithm forsolving minimum cost flow problems has been proposedin thi...
AbstractThis paper gives algorithms for network problems that work by scaling the numeric parameters...
We consider the minimum cost network flow problem min(cx: Ax=b, x> 0) on a graph G = (V,E). First...
We introduce a gain-scaling technique for the maximum flow problem in lossy networks. Using this tec...
Abstract: The theory and applications of network flows is probabily the most important single tool f...
AbstractWe consider the maximum generalised network flow problem and a supply-scaling algorithmic fr...
We consider the minimum cost network flow problem min(cx: Ax=b, x> 0) on a graph G = (V,E). First...
This paper serves to further analyze the performance of the suggested algorithm which uses the minim...
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...
We describe an O(n 4 h min{log U, n 2 log n}) capacity scaling algorithm for the minimum cost submod...
We describe an O/(n exp.4 h min{log U, n exp.2 log n}) capacity scaling algorithm for the minimum co...