AbstractWe consider some problems about pairs of disjoint NP sets. The theory of these sets with a natural concept of reducibility is, on the one hand, closely related to the theory of proof systems for propositional calculus, and, on the other, it resembles the theory of NP completeness. Furthermore, such pairs are important in cryptography. Among others, we prove that the Broken Mosquito Screen pair of disjoint NP sets can be polynomially reduced to Clique–Coloring pair and thus is polynomially separable and we show that the pair of disjoint NP sets canonically associated with the Resolution proof system is symmetric
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
AbstractAccording to the isomorphism conjecture all NP-complete sets are polynomial?time isomorphic ...
According to the isomorphism conjecture all NP-complete sets are polynomial-time isomorphic to each ...
AbstractWe consider some problems about pairs of disjoint NP sets. The theory of these sets with a n...
Disjoint NP-pairs are a well studied complexity theoretic concept with important applications in cry...
AbstractDisjoint NP-pairs are pairs (A, B) of nonempty, disjoint sets in NP. We prove that all of th...
AbstractWe prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canonica...
We prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canon-ical disjo...
We investigate the class of disjoint NP-pairs under different reductions. The structure of this clas...
For a proof system P we introduce the complexity class DNPP(P) of all disjoint NP-pairs for which th...
We prove that all of the following assertions are equivalent: There is a many-one complete disjoint ...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
For a propositional proof system P we introduce the complexity class of all disjoint -pairs for whic...
AbstractFor a propositional proof system P we introduce the complexity class DNPP(P) of all disjoint...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
AbstractAccording to the isomorphism conjecture all NP-complete sets are polynomial?time isomorphic ...
According to the isomorphism conjecture all NP-complete sets are polynomial-time isomorphic to each ...
AbstractWe consider some problems about pairs of disjoint NP sets. The theory of these sets with a n...
Disjoint NP-pairs are a well studied complexity theoretic concept with important applications in cry...
AbstractDisjoint NP-pairs are pairs (A, B) of nonempty, disjoint sets in NP. We prove that all of th...
AbstractWe prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canonica...
We prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canon-ical disjo...
We investigate the class of disjoint NP-pairs under different reductions. The structure of this clas...
For a proof system P we introduce the complexity class DNPP(P) of all disjoint NP-pairs for which th...
We prove that all of the following assertions are equivalent: There is a many-one complete disjoint ...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
For a propositional proof system P we introduce the complexity class of all disjoint -pairs for whic...
AbstractFor a propositional proof system P we introduce the complexity class DNPP(P) of all disjoint...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
AbstractAccording to the isomorphism conjecture all NP-complete sets are polynomial?time isomorphic ...
According to the isomorphism conjecture all NP-complete sets are polynomial-time isomorphic to each ...