The main result of this note shows that there exist sparse sets in $NP$ that are not in $P$ if and only if NEXPTIME differs from EXPTIME. Several other results are derived about the complexity of very sparse sets in $NP-P$ and an interpretation of the meaning of these results is given in terms of the complexity of solving "individual instances" of problems in $NP-P$
We introduce the notion of p-separability in analogy with the recursion-theoretic notion of recursi...
We study whether sets inside NP can be reduced to sets with low information content but possibly sti...
This paper discusses advances, due to the work of Cai, Naik, and Sivakumar and Glasser, in the compl...
This paper investigates the structural properties of sets in NP-P and shows that the computational d...
Hartmanis and Berman have conjectured that all NP-complete sets are polynomial time isomorphic. A c...
Introduction One of the important questions in computational complexity theory is whether every NP ...
The purpose of this paper is to review the origins and motivation for the conjecture that sparse NP...
This note clarifies which oracles separate NP from P and which do not. In essence, we are changing ...
P versus NP is considered as one of the most important open problems in computer science. This consi...
. Recently a 1978 conjecture by Hartmanis was resolved by Cai and Sivakumar, following progress made...
AbstractWe prove that if S is a sparse oracle for NP, then S is a sparse oracle for the polynomialti...
We investigate the structure of EXP and NEXP complete and hard sets under various kinds of reduction...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
In this note we show that if there are sparse NP complete sets with a polynomial time computable ce...
We study the consequences of NP having non-uniform polynomial size circuits of various types. We con...
We introduce the notion of p-separability in analogy with the recursion-theoretic notion of recursi...
We study whether sets inside NP can be reduced to sets with low information content but possibly sti...
This paper discusses advances, due to the work of Cai, Naik, and Sivakumar and Glasser, in the compl...
This paper investigates the structural properties of sets in NP-P and shows that the computational d...
Hartmanis and Berman have conjectured that all NP-complete sets are polynomial time isomorphic. A c...
Introduction One of the important questions in computational complexity theory is whether every NP ...
The purpose of this paper is to review the origins and motivation for the conjecture that sparse NP...
This note clarifies which oracles separate NP from P and which do not. In essence, we are changing ...
P versus NP is considered as one of the most important open problems in computer science. This consi...
. Recently a 1978 conjecture by Hartmanis was resolved by Cai and Sivakumar, following progress made...
AbstractWe prove that if S is a sparse oracle for NP, then S is a sparse oracle for the polynomialti...
We investigate the structure of EXP and NEXP complete and hard sets under various kinds of reduction...
A simple technique is developed for manipulating the relative complexity of sets with respect to pol...
In this note we show that if there are sparse NP complete sets with a polynomial time computable ce...
We study the consequences of NP having non-uniform polynomial size circuits of various types. We con...
We introduce the notion of p-separability in analogy with the recursion-theoretic notion of recursi...
We study whether sets inside NP can be reduced to sets with low information content but possibly sti...
This paper discusses advances, due to the work of Cai, Naik, and Sivakumar and Glasser, in the compl...