AbstractA general theme in the proof of lower bounds on the size of resolution refutations in propositional logic has been that of basing size lower bounds on lower bounds on the width of refutations. Ben-Sasson and Wigderson have proved a general width-size tradeoff result that can be used to prove many of the lower bounds on resolution complexity in a uniform manner. However, it does not apply directly to the well known pigeonhole clauses. The present paper generalizes their width-size tradeoff so that it applies directly to (a monotone transformation of) the pigeonhole clauses
We provide a characterization of the resolution width introduced in the context of propositional pro...
We provide a characterization of the resolution width introduced in the context of propositional pro...
In 2003, Atserias and Dalmau resolved a major open question about the resolution proof system by est...
The Width-Size Method for resolution was recently introduced by Ben-Sasson and Wigderson (BSW): Sho...
The Width-Size Method for resolution was recently introduced by Ben-Sasson and Wigderson (BSW): Sh...
This paper discusses the topic of the minimum width of a regular resolutionrefutation of a set of cl...
We give new upper bounds for resolution proofs of the weak pigeonhole principle. We also give lower ...
Abstract. The width of a Resolution proof is defined to be the maximal number of literals in any cla...
We give simple new lower bounds on the lengths of Resolution proofs for the pigeonhole principle and...
Abstract. This paper is concerned with the complexity of proofs and of searching for proofs in resol...
Abstract. This paper is concerned with the complexity of proofs and of searching for proofs in resol...
This paper is concerned with the complexity of proofs and of searching for proofs in resolution. We ...
Abstract. Input Distance () is introduced as a metric for proposi-tional resolution derivations. If ...
AbstractWe provide a characterization of the resolution width introduced in the context of propositi...
AbstractWe introduce a new way to measure the space needed in resolution refutations of CNF formulas...
We provide a characterization of the resolution width introduced in the context of propositional pro...
We provide a characterization of the resolution width introduced in the context of propositional pro...
In 2003, Atserias and Dalmau resolved a major open question about the resolution proof system by est...
The Width-Size Method for resolution was recently introduced by Ben-Sasson and Wigderson (BSW): Sho...
The Width-Size Method for resolution was recently introduced by Ben-Sasson and Wigderson (BSW): Sh...
This paper discusses the topic of the minimum width of a regular resolutionrefutation of a set of cl...
We give new upper bounds for resolution proofs of the weak pigeonhole principle. We also give lower ...
Abstract. The width of a Resolution proof is defined to be the maximal number of literals in any cla...
We give simple new lower bounds on the lengths of Resolution proofs for the pigeonhole principle and...
Abstract. This paper is concerned with the complexity of proofs and of searching for proofs in resol...
Abstract. This paper is concerned with the complexity of proofs and of searching for proofs in resol...
This paper is concerned with the complexity of proofs and of searching for proofs in resolution. We ...
Abstract. Input Distance () is introduced as a metric for proposi-tional resolution derivations. If ...
AbstractWe provide a characterization of the resolution width introduced in the context of propositi...
AbstractWe introduce a new way to measure the space needed in resolution refutations of CNF formulas...
We provide a characterization of the resolution width introduced in the context of propositional pro...
We provide a characterization of the resolution width introduced in the context of propositional pro...
In 2003, Atserias and Dalmau resolved a major open question about the resolution proof system by est...