AbstractThis paper is motivated by the open question whether the union of two disjoint NP-complete sets always is NP-complete. We discover that such unions retain much of the complexity of their single components. More precisely, they are complete with respect to more general reducibilities.Moreover, we approach the main question in a more general way: We analyze the scope of the complexity of unions of m-equivalent disjoint sets. Under the hypothesis that NE≠coNE, we construct degrees in NP where our main question has a positive answer, i.e., these degrees are closed under unions of disjoint sets
AbstractFor a propositional proof system P we introduce the complexity class DNPP(P) of all disjoint...
We use hypotheses of structural complexity theory to separate various NP-com-pleteness notions. In p...
AbstractThis paper describes a machine model intended to be useful in deriving realistic complexity ...
This paper is motivated by the open question whether the union of two disjoint NP-complete sets alwa...
AbstractThis paper is motivated by the open question whether the union of two disjoint NP-complete s...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
For a proof system P we introduce the complexity class DNPP(P) of all disjoint NP-pairs for which th...
AbstractWe prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canonica...
Disjoint NP-pairs are a well studied complexity theoretic concept with important applications in cry...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
For a propositional proof system P we introduce the complexity class of all disjoint -pairs for whic...
We prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canon-ical disjo...
AbstractThis paper follows the methodology introduced by Agrawal and Biswas in [Manindra Agrawal, So...
AbstractFor a propositional proof system P we introduce the complexity class DNPP(P) of all disjoint...
We use hypotheses of structural complexity theory to separate various NP-com-pleteness notions. In p...
AbstractThis paper describes a machine model intended to be useful in deriving realistic complexity ...
This paper is motivated by the open question whether the union of two disjoint NP-complete sets alwa...
AbstractThis paper is motivated by the open question whether the union of two disjoint NP-complete s...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
We investigate the connection between propositional proof systems and their canonical pairs. It is k...
For a proof system P we introduce the complexity class DNPP(P) of all disjoint NP-pairs for which th...
AbstractWe prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canonica...
Disjoint NP-pairs are a well studied complexity theoretic concept with important applications in cry...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
For a propositional proof system P we introduce the complexity class of all disjoint -pairs for whic...
We prove that every disjoint NP-pair is polynomial-time, many-one equivalent to the canon-ical disjo...
AbstractThis paper follows the methodology introduced by Agrawal and Biswas in [Manindra Agrawal, So...
AbstractFor a propositional proof system P we introduce the complexity class DNPP(P) of all disjoint...
We use hypotheses of structural complexity theory to separate various NP-com-pleteness notions. In p...
AbstractThis paper describes a machine model intended to be useful in deriving realistic complexity ...