AbstractSelf-reducible sets and some low sets, including p-selective sets, and weakly p-selective sets are studied. Several different formulations of self-reducible sets are given and compared with each other. A new characterization of p-selective sets is found, and weakly p-selective sets are introduced as a generalization of p-selective sets based on this characterization. It is proved that self-reducible sets are not polynomial-time Turing reducible to these sets. As a consequence, ⩽pm-completeness and ⩽pT-completeness in NP are not likely to be distinguished by weakly p-selective sets
AbstractA set is P-selective (Selman, 1979) if there is a polynomial-time semidecision algorithm for...
AbstractNew self-reducibility structures are proposed to deal with sets outside the class PSPACE and...
We consider sets Turing reducible to p-selective sets under various resource bounds and restricted n...
AbstractSelf-reducible sets and some low sets, including p-selective sets, and weakly p-selective se...
AbstractWe show that any p-selective and self-reducible set is in P. As the converse is also true, w...
AbstractWe distinguish self-reducibility of a languageLwith the question of whether search reduces t...
We study whether sets inside NP can be reduced to sets with low information content but possibly sti...
AbstractThis paper studies for various natural problems in NP whether they can be reduced to sets wi...
We distinguish self-reducibility of a language L with the question of whether search reduces to deci...
AbstractWe show that if SAT is quasi-linear truth-table reducible to a p-selective set then NP = P. ...
A set is P-selective [Sel79] if there is a polynomial-time semi-decision algorithm for the set---an ...
AbstractMuch structural work on NP-complete sets has exploited SAT′s d-self-reducibility. In this pa...
Much structural work on NP-complete sets has exploited SAT's d-self-reducibility. In this paper...
AbstractNo P-immune set having exponential gaps is positive-Turing self-reducible
A set is P-selective if there is a polynomial-time semi-decision algorithm for the set---an algorith...
AbstractA set is P-selective (Selman, 1979) if there is a polynomial-time semidecision algorithm for...
AbstractNew self-reducibility structures are proposed to deal with sets outside the class PSPACE and...
We consider sets Turing reducible to p-selective sets under various resource bounds and restricted n...
AbstractSelf-reducible sets and some low sets, including p-selective sets, and weakly p-selective se...
AbstractWe show that any p-selective and self-reducible set is in P. As the converse is also true, w...
AbstractWe distinguish self-reducibility of a languageLwith the question of whether search reduces t...
We study whether sets inside NP can be reduced to sets with low information content but possibly sti...
AbstractThis paper studies for various natural problems in NP whether they can be reduced to sets wi...
We distinguish self-reducibility of a language L with the question of whether search reduces to deci...
AbstractWe show that if SAT is quasi-linear truth-table reducible to a p-selective set then NP = P. ...
A set is P-selective [Sel79] if there is a polynomial-time semi-decision algorithm for the set---an ...
AbstractMuch structural work on NP-complete sets has exploited SAT′s d-self-reducibility. In this pa...
Much structural work on NP-complete sets has exploited SAT's d-self-reducibility. In this paper...
AbstractNo P-immune set having exponential gaps is positive-Turing self-reducible
A set is P-selective if there is a polynomial-time semi-decision algorithm for the set---an algorith...
AbstractA set is P-selective (Selman, 1979) if there is a polynomial-time semidecision algorithm for...
AbstractNew self-reducibility structures are proposed to deal with sets outside the class PSPACE and...
We consider sets Turing reducible to p-selective sets under various resource bounds and restricted n...