Relativizations of complexity classes in which simple sets exist are considered. A recursive oracle is constructed relative to which a simple set exists for NP. Some other general theorems are proven, showing that the time bounds are not a crucial hypothesis; bounds on the way in which the oracle is accessible, namely the number of queries and/or the number of nondeterministic steps, are shown to be the fundamental hypothesis. As a result, simple sets are shown to exist in many different relativized complexity classesPeer Reviewe
AbstractA diagonalization method is discussed by which a recursive oracle A can be constructed such ...
It is proven that complexity classes of abstract measures of complexity need not be recursively enum...
ABSTRACT. Sets which are efficiently reducible (in Karp's sense) to arbitrarily complex sets ar...
Relativizations of complexity classes in which simple sets exist are considered. A recursive oracle ...
Contradictory oracle results have traditionally been interpreted as giving some evidence that resolv...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
AbstractWe show that any recursive sequence of recursive sets which is ascending with respect to the...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
AbstractComplexity classes are usually defined by referring to computation models and by putting sui...
Motivated by the question of how to define an analog of interactive proofs in the setting of logarit...
AbstractThe principal result of this paper is a “positive relativization” of the open question “P = ...
textabstractWe introduce some classical complexity-theoretic techniques to Parameterized Complexity....
AbstractThere is a single set that is complete for a variety of nondeterministic time complexity cla...
AbstractRelativized forms of deterministic and nondeterministic time complexity classes are consider...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1972.Vita.Bibliography...
AbstractA diagonalization method is discussed by which a recursive oracle A can be constructed such ...
It is proven that complexity classes of abstract measures of complexity need not be recursively enum...
ABSTRACT. Sets which are efficiently reducible (in Karp's sense) to arbitrarily complex sets ar...
Relativizations of complexity classes in which simple sets exist are considered. A recursive oracle ...
Contradictory oracle results have traditionally been interpreted as giving some evidence that resolv...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
AbstractWe show that any recursive sequence of recursive sets which is ascending with respect to the...
Denote X the class of sets relative to which P = NP relativized and Z the class of sets relative to ...
AbstractComplexity classes are usually defined by referring to computation models and by putting sui...
Motivated by the question of how to define an analog of interactive proofs in the setting of logarit...
AbstractThe principal result of this paper is a “positive relativization” of the open question “P = ...
textabstractWe introduce some classical complexity-theoretic techniques to Parameterized Complexity....
AbstractThere is a single set that is complete for a variety of nondeterministic time complexity cla...
AbstractRelativized forms of deterministic and nondeterministic time complexity classes are consider...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1972.Vita.Bibliography...
AbstractA diagonalization method is discussed by which a recursive oracle A can be constructed such ...
It is proven that complexity classes of abstract measures of complexity need not be recursively enum...
ABSTRACT. Sets which are efficiently reducible (in Karp's sense) to arbitrarily complex sets ar...