AbstractFour methods for solving polynomial systems by means of triangular sets are presented and implemented in a unified way. These methods are those of Wu (1987), Lazard (1991), Kalkbrener (1991) and Wang (1993b). They are compared on various examples with the emphasis on efficiency, conciseness and legibility of the output
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
International audienceFour methods for solving polynomial systems by means of triangular sets are pr...
AbstractIt is shown that a good output for a solver of algebraic systems of dimension zero consists ...
AbstractA previous algorithm of computing simple systems is modified and extended to compute triangu...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
AbstractIt is shown that a good output for a solver of algebraic systems of dimension zero consists ...
AbstractWe study the representation of the solutions of a polynomial system by triangular sets, and ...
AbstractDifferent notions of triangular sets are presented. The relationship between these notions a...
Finding the solutions of a polynomial system is a fundamental problem with numerous applications in ...
Finding the solutions of a polynomial system is a fundamental problem with nu-merous applications in...
The goal of this thesis is to analyze the solution sets of systems of polynomial equations and inequ...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
International audienceFour methods for solving polynomial systems by means of triangular sets are pr...
AbstractIt is shown that a good output for a solver of algebraic systems of dimension zero consists ...
AbstractA previous algorithm of computing simple systems is modified and extended to compute triangu...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
jury:Buchberger, Bruno; Della Dora, Jean; Jorrand, Philippe; Lazard, Daniel; Scott, Dana S;This thes...
AbstractIt is shown that a good output for a solver of algebraic systems of dimension zero consists ...
AbstractWe study the representation of the solutions of a polynomial system by triangular sets, and ...
AbstractDifferent notions of triangular sets are presented. The relationship between these notions a...
Finding the solutions of a polynomial system is a fundamental problem with numerous applications in ...
Finding the solutions of a polynomial system is a fundamental problem with nu-merous applications in...
The goal of this thesis is to analyze the solution sets of systems of polynomial equations and inequ...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
We discuss how to decompose the zero set of a multivariate polynomial system withinexact coefficient...
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