We link two concepts from the literature, namely hard sequences for the satisfiability problem sat and so-called pseudo proof systems proposed for study by Krajícek. Pseudo proof systems are elements of a particular nonstandard model constructed by forcing with random variables. We show that the existence of mad pseudo proof systems is equivalent to the existence of a randomized polynomial time procedure with a highly restrictive use of randomness which produces satisfiable formulas whose satisfying assignments are probably hard to find.Peer ReviewedPostprint (published version
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
We provide a characterization of pseudoentropy in terms of hardness of sampling: Let (X,B) be jointl...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
© Shafi Goldwasser, Ofer Grossman, and Dhiraj Holden. We introduce pseudo-deterministic interactive ...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
The existence of a ($p$-)optimal propositional proof system is a major open question in (proof) comp...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
Proof complexity focuses on the complexity of theorem proving procedures, a topic which is tightly l...
We present a simple new construction of a pseudorandom bit generator. It stretches a short string of...
We report results from large-scale experiments in satisfiability testing. As has been observed by ot...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
We revisit hardness-preserving constructions of a pseudo-random function (PRF) from any length doubl...
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
We provide a characterization of pseudoentropy in terms of hardness of sampling: Let (X,B) be jointl...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
We link two concepts from the literature, namely hard sequences for the satisfiability problem sat a...
© Shafi Goldwasser, Ofer Grossman, and Dhiraj Holden. We introduce pseudo-deterministic interactive ...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
The existence of a ($p$-)optimal propositional proof system is a major open question in (proof) comp...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
Proof complexity focuses on the complexity of theorem proving procedures, a topic which is tightly l...
We present a simple new construction of a pseudorandom bit generator. It stretches a short string of...
We report results from large-scale experiments in satisfiability testing. As has been observed by ot...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
We formalize and study the question of whether there are inherent difficulties to showing lower boun...
We revisit hardness-preserving constructions of a pseudo-random function (PRF) from any length doubl...
We study the randomness complexity of interactive proofs and zero-knowledge proofs. In particular, w...
AbstractWe report results from large-scale experiments in satisfiability testing. As has been observ...
We provide a characterization of pseudoentropy in terms of hardness of sampling: Let (X,B) be jointl...