We study the power of big products for computing multivariate polynomials ina Valiant-like framework. More precisely, we define a new class VΠP0 as the setof families of polynomials that are exponential products of easily computablepolynomials. We investigate the consequences of the hypothesis that thesebig products are themselves easily computable. For instance, this hypothesiswould imply that the nonuniform versions of P and NP coincide. Our mainresult relates this hypothesis to Blum, Shub and Smale’s algebraic version of Pversus NP. Let K be a field of characteristic 0. Roughly speaking, we show thatin order to separate PK from NPK using a problem from a fairly large class of“simple” problems, one should first be able to show that exponenti...
Valiant defines algebraic analogues of the classes P and NP. We characterize the classes VP and VQP,...
An account of Valiant's theory of p-computable versus p-definable polynomials, an arithmetic analogu...
In 1979 Valiant showed that the complexity class VPe of families with polynomially bounded formula s...
(eng) We study the power of big products for computing multivariate polynomials in a Valiant-like fr...
12 pagesWe study the power of big products for computing multivariate polynomials in a Valiant-like ...
12 pagesWe study the power of big products for computing multivariate polynomials in a Valiant-like ...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
Arithmetic complexity is the study of the required ressources for computing poynomials using only ar...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
Abstract. We investigate the following question: if a polynomial can be evaluated at rational points...
AbstractValiant developed a nonuniform algebraic analogue of the theory of NP-completeness for compu...
In Valiant developed an algebraic analogue of the theory of NP-completeness for computations of po...
AbstractValiant developed a nonuniform algebraic analogue of the theory of NP-completeness for compu...
Valiant defines algebraic analogues of the classes P and NP. We characterize the classes VP and VQP,...
An account of Valiant's theory of p-computable versus p-definable polynomials, an arithmetic analogu...
In 1979 Valiant showed that the complexity class VPe of families with polynomially bounded formula s...
(eng) We study the power of big products for computing multivariate polynomials in a Valiant-like fr...
12 pagesWe study the power of big products for computing multivariate polynomials in a Valiant-like ...
12 pagesWe study the power of big products for computing multivariate polynomials in a Valiant-like ...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
Arithmetic complexity is the study of the required ressources for computing poynomials using only ar...
13 pagesWe investigate the following question: if a polynomial can be evaluated at rational points b...
Abstract. We investigate the following question: if a polynomial can be evaluated at rational points...
AbstractValiant developed a nonuniform algebraic analogue of the theory of NP-completeness for compu...
In Valiant developed an algebraic analogue of the theory of NP-completeness for computations of po...
AbstractValiant developed a nonuniform algebraic analogue of the theory of NP-completeness for compu...
Valiant defines algebraic analogues of the classes P and NP. We characterize the classes VP and VQP,...
An account of Valiant's theory of p-computable versus p-definable polynomials, an arithmetic analogu...
In 1979 Valiant showed that the complexity class VPe of families with polynomially bounded formula s...