A resource-free characterization of some complexity clesses is given, by means of predicative recursion and constructive diagonalization schemes, and of restrictions of substitution. Among other classes, we predicatively harmonize in the same hierarchy PTIMEF, the class E of the elementary functions, and the classes DTIMESPACEF(n^p, n^q)
Our goal is to approach the classes of computational complexity P, NP, and Pspace in a recursion-the...
Various simplified or improved and partly corrected well-known implicit characterizations of the com...
AbstractRelativized forms of deterministic and nondeterministic time complexity classes are consider...
A resource-free characterization of some complexity clesses is given, by means of predicative recurs...
Abstract: We extend the Implicit Computational Complexity program, promoted by Leivant and by other ...
AbstractWe provide machine-independent characterizations of some complexity classes, over an arbitra...
We provide machine-independent characterizations of some complexity classes, over an arbitrary struc...
By means of the definition of predicative recursion, we introduce a programming language that provid...
We provide machine-independent characterizations of some complexity classes, over an arbitrary struc...
The characterization of FP by Bellantoni and Cook is refined and extended to define an w^2-type hie...
The purpose of this thesis is to give a "foundational" characterization of some common com...
We provide a resource-free characterization of register machines that computes their output within p...
We provide several machine-independent characterizations of deterministic complexity classes in the ...
Starting from the definitions of predicative recursion and constructive diagonalization, we recall o...
Considering the Blum, Shub, and Smale computational model for real numbers, extended by Poizat to ge...
Our goal is to approach the classes of computational complexity P, NP, and Pspace in a recursion-the...
Various simplified or improved and partly corrected well-known implicit characterizations of the com...
AbstractRelativized forms of deterministic and nondeterministic time complexity classes are consider...
A resource-free characterization of some complexity clesses is given, by means of predicative recurs...
Abstract: We extend the Implicit Computational Complexity program, promoted by Leivant and by other ...
AbstractWe provide machine-independent characterizations of some complexity classes, over an arbitra...
We provide machine-independent characterizations of some complexity classes, over an arbitrary struc...
By means of the definition of predicative recursion, we introduce a programming language that provid...
We provide machine-independent characterizations of some complexity classes, over an arbitrary struc...
The characterization of FP by Bellantoni and Cook is refined and extended to define an w^2-type hie...
The purpose of this thesis is to give a "foundational" characterization of some common com...
We provide a resource-free characterization of register machines that computes their output within p...
We provide several machine-independent characterizations of deterministic complexity classes in the ...
Starting from the definitions of predicative recursion and constructive diagonalization, we recall o...
Considering the Blum, Shub, and Smale computational model for real numbers, extended by Poizat to ge...
Our goal is to approach the classes of computational complexity P, NP, and Pspace in a recursion-the...
Various simplified or improved and partly corrected well-known implicit characterizations of the com...
AbstractRelativized forms of deterministic and nondeterministic time complexity classes are consider...