Using Je\v{r}\'abek 's framework for probabilistic reasoning, we formalizethe correctness of two fundamental RNC^2 algorithms for bipartite perfectmatching within the theory VPV for polytime reasoning. The first algorithm isfor testing if a bipartite graph has a perfect matching, and is based on theSchwartz-Zippel Lemma for polynomial identity testing applied to the Edmondspolynomial of the graph. The second algorithm, due to Mulmuley, Vazirani andVazirani, is for finding a perfect matching, where the key ingredient of thisalgorithm is the Isolating Lemma
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
We study the complexity of proving that a sparse random regular graph on anodd number of vertices do...
International audienceThis paper establishes a bridge between linear logic and mainstream graph theo...
A fundamental quest in the theory of computing is to understand the power of randomness. It is not k...
© Shafi Goldwasser and Ofer Grossman;. We present a pseudo-deterministic NC algorithm for finding pe...
AbstractSome structural relationships between matchings and independent sets are presented. One cons...
<p>We develop algorithms to approximately count perfect matchings in bipartite graphs (or permanents...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
The perfect matching problem is known to be in P, in randomized NC, and it is hard for NL. Whether t...
A new algorithm for finding a maximum matching in a general graph is presented; its special feature ...
The perfect matching problem is known to be in P, in randomizedNC, and it is hard forNL. Whether the...
Abstract: "In this paper, the parallel complexity of the Random Matching Problem-a problem of genera...
The problem of finding maximum matchings in bipartite graphs is a classical problem in combinato-ria...
Laszlo Lovasz recently posed the following problem: "Is there an NC algorithm for testing if a...
We study the existence of perfect matchings in suitably chosen induced subgraphs of random biregular...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
We study the complexity of proving that a sparse random regular graph on anodd number of vertices do...
International audienceThis paper establishes a bridge between linear logic and mainstream graph theo...
A fundamental quest in the theory of computing is to understand the power of randomness. It is not k...
© Shafi Goldwasser and Ofer Grossman;. We present a pseudo-deterministic NC algorithm for finding pe...
AbstractSome structural relationships between matchings and independent sets are presented. One cons...
<p>We develop algorithms to approximately count perfect matchings in bipartite graphs (or permanents...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
The perfect matching problem is known to be in P, in randomized NC, and it is hard for NL. Whether t...
A new algorithm for finding a maximum matching in a general graph is presented; its special feature ...
The perfect matching problem is known to be in P, in randomizedNC, and it is hard forNL. Whether the...
Abstract: "In this paper, the parallel complexity of the Random Matching Problem-a problem of genera...
The problem of finding maximum matchings in bipartite graphs is a classical problem in combinato-ria...
Laszlo Lovasz recently posed the following problem: "Is there an NC algorithm for testing if a...
We study the existence of perfect matchings in suitably chosen induced subgraphs of random biregular...
We investigate efficient randomized methods for approximating the number of perfect matchings in bip...
We study the complexity of proving that a sparse random regular graph on anodd number of vertices do...
International audienceThis paper establishes a bridge between linear logic and mainstream graph theo...