Add to ORKGA short elementary description of the problems of computing complexity for nonspecialists. On simple examples the number of arithmetic operations (determining the speed of the computation) is considered and possible ways of its reduction are shown. E.g. the dyadic reduction that is used to the construction of FFT
The field of computational complexity theory--which chiefly aims to quantify the difficulty encounte...
The complexity of algorithms is considered in the paper aiming at the possibility investigation of t...
The most celebrated open problem in theoretical computer science is, undoubtedly, the problem of whe...
The purpose of this paper is to outline the theory of computational complexity which has emerged as ...
This paper approaches computational complexity as the determination of the intrinsic difficulty of m...
In this paper we use arguments about the size of the computed functions to investigate the computati...
We preliminarily recap what is meant by complexity and non-Turing computation, by way of explanation...
Introduction Computational complexity is the study of the di#culty of solving computational problem...
In this thesis we examine some of the central problems in the theory of computational complexity, l...
Unconventional computers—which may, for example, exploit chemical/analogue/quantum phenomena in orde...
AbstractAn attempt is made to introduce the non-expert reader to the many aspects of a relatively ne...
The thesis aims to analyze some fundamental theoretical elements of Computability Theory and Computa...
Estimating the computational complexity of discrete problems constitutes one of the central and clas...
The field of computational complexity theory--which chiefly aims to quantify the difficulty encounte...
AbstractNondeterministic parallel complexity classes are investigated using two different nondetermi...
The field of computational complexity theory--which chiefly aims to quantify the difficulty encounte...
The complexity of algorithms is considered in the paper aiming at the possibility investigation of t...
The most celebrated open problem in theoretical computer science is, undoubtedly, the problem of whe...
The purpose of this paper is to outline the theory of computational complexity which has emerged as ...
This paper approaches computational complexity as the determination of the intrinsic difficulty of m...
In this paper we use arguments about the size of the computed functions to investigate the computati...
We preliminarily recap what is meant by complexity and non-Turing computation, by way of explanation...
Introduction Computational complexity is the study of the di#culty of solving computational problem...
In this thesis we examine some of the central problems in the theory of computational complexity, l...
Unconventional computers—which may, for example, exploit chemical/analogue/quantum phenomena in orde...
AbstractAn attempt is made to introduce the non-expert reader to the many aspects of a relatively ne...
The thesis aims to analyze some fundamental theoretical elements of Computability Theory and Computa...
Estimating the computational complexity of discrete problems constitutes one of the central and clas...
The field of computational complexity theory--which chiefly aims to quantify the difficulty encounte...
AbstractNondeterministic parallel complexity classes are investigated using two different nondetermi...
The field of computational complexity theory--which chiefly aims to quantify the difficulty encounte...
The complexity of algorithms is considered in the paper aiming at the possibility investigation of t...
The most celebrated open problem in theoretical computer science is, undoubtedly, the problem of whe...