A new algorithm for finding a maximum matching in a general graph is presented; its special feature being that the only computationally non-trivial step required in its execution is the inversion of a single integer matrix. Since this step can be parallelized, we get a simple parallel (RNC2) algorithm. At the heart of our algorithm lies a probabilistic lemma, the isolating lemma. We show applications of this lemma to parallel computation and randomized reductions
International audienceWe propose heuristics for approximating the maximum cardinality matching on un...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
The problem of finding maximum matchings in bipartite graphs is a classical problem in combinato-ria...
The problem of computing a matching of maximum weight in a given edge-weighted graph is not known to...
A fundamental quest in the theory of computing is to understand the power of randomness. It is not k...
Abstract: "In this paper, the parallel complexity of the Random Matching Problem-a problem of genera...
AbstractWe develop some general techniques for converting randomized parallel algorithms into determ...
Parallel graph algorithm design is a very well studied topic. Many results have been presented for t...
Abstract. ± We consider the problem of computing a matching in a large weighted graph using a parall...
We describe parallel algorithms for computing maximal cardinality matching in a bipartite graph on d...
We consider the problem of computing a weighted edge matching in a large graph using a parallel algo...
Matching is a set of edges in a graph which each of the edge does not share a common vertex. Maximum...
this paper as well as the N-Queen problem will also serve the purpose of those who are not intereste...
© Shafi Goldwasser and Ofer Grossman;. We present a pseudo-deterministic NC algorithm for finding pe...
AbstractWe present a distributed algorithm that finds a matching M of size which is at least 23|M∗| ...
International audienceWe propose heuristics for approximating the maximum cardinality matching on un...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
The problem of finding maximum matchings in bipartite graphs is a classical problem in combinato-ria...
The problem of computing a matching of maximum weight in a given edge-weighted graph is not known to...
A fundamental quest in the theory of computing is to understand the power of randomness. It is not k...
Abstract: "In this paper, the parallel complexity of the Random Matching Problem-a problem of genera...
AbstractWe develop some general techniques for converting randomized parallel algorithms into determ...
Parallel graph algorithm design is a very well studied topic. Many results have been presented for t...
Abstract. ± We consider the problem of computing a matching in a large weighted graph using a parall...
We describe parallel algorithms for computing maximal cardinality matching in a bipartite graph on d...
We consider the problem of computing a weighted edge matching in a large graph using a parallel algo...
Matching is a set of edges in a graph which each of the edge does not share a common vertex. Maximum...
this paper as well as the N-Queen problem will also serve the purpose of those who are not intereste...
© Shafi Goldwasser and Ofer Grossman;. We present a pseudo-deterministic NC algorithm for finding pe...
AbstractWe present a distributed algorithm that finds a matching M of size which is at least 23|M∗| ...
International audienceWe propose heuristics for approximating the maximum cardinality matching on un...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
The problem of finding maximum matchings in bipartite graphs is a classical problem in combinato-ria...