AbstractComplexity measures and provable recursive functions (p-functions) are combined to define a p-measure as a measure for which Blum's axioms can be proved in a given axiomatic system. For p-measures, it is shown that the complexity class of a p-function contains only p-functions and that all p-functions form a single complexity class. Various other classes and a variation of a complexity measure, all suggested by the notion of provability, are also investigated. Classical results in complexity theory remain true when relativized to p-functions
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
This paper comprises a systematic comparison of several complexity classes of functions that are com...
AbstractComplexity measures and provable recursive functions (p-functions) are combined to define a ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1972.Vita.Bibliography...
This paper studies possible extensions of the concept of complexity class of recursive functions to ...
ABSTRACT. Some consequences of the Blum axioms for step counting functions are inves-tigated. Comple...
It is proven that complexity classes of abstract measures of complexity need not be recursively enum...
AbstractWe present a general technique for showing that many properties of recursive languages are n...
Several properties of complexity classes and sets associated with them are studied. An open problem,...
AbstractRecursive analysis, the theory of computation of functions on real numbers, has been studied...
AbstractWe present a general technique for showing that many properties of recursive languages are n...
Accepted for publication in International Journal of Unconventional ComputingInternational audienceR...
Accepted for publication in International Journal of Unconventional ComputingInternational audienceR...
AbstractRabin and Blum proved the existence of 0, 1-valued recursive functions which are arbitrarily...
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
This paper comprises a systematic comparison of several complexity classes of functions that are com...
AbstractComplexity measures and provable recursive functions (p-functions) are combined to define a ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Mathematics, 1972.Vita.Bibliography...
This paper studies possible extensions of the concept of complexity class of recursive functions to ...
ABSTRACT. Some consequences of the Blum axioms for step counting functions are inves-tigated. Comple...
It is proven that complexity classes of abstract measures of complexity need not be recursively enum...
AbstractWe present a general technique for showing that many properties of recursive languages are n...
Several properties of complexity classes and sets associated with them are studied. An open problem,...
AbstractRecursive analysis, the theory of computation of functions on real numbers, has been studied...
AbstractWe present a general technique for showing that many properties of recursive languages are n...
Accepted for publication in International Journal of Unconventional ComputingInternational audienceR...
Accepted for publication in International Journal of Unconventional ComputingInternational audienceR...
AbstractRabin and Blum proved the existence of 0, 1-valued recursive functions which are arbitrarily...
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
Probabilistic complexity classes, despite capturing the notion of feasibility, have escaped any trea...
This paper comprises a systematic comparison of several complexity classes of functions that are com...