In this paper we study the generic setting of the modular GCD algorithm. We develop the algorithm for multivariate polynomials over Euclidean domains which have a special kind of remainder function. Details for the parameterization and generic Maple code are given. Applying this generic algorithm to a GCD problem in Z/(p)[t][x] where p is small yields an improved asymptotic performance over the usual approach, and a very practical algorithm for polynomials over small finite fields.
ABSTRACT. This paper examines the computation of polynomial greatest common divisors by various gene...
We consider a few modifications of the Big prime modular gcd algorithm for polynomials in Z[x]. Our ...
Given two multivariate polynomials A and B with integer coefficientswe present a new GCD algorithm w...
We report on several generic implementations for uni-variate polynomial gcd computation over the int...
We consider the problem of computing the monic gcd of two polynomials over a number eld L = Q(1 ; :...
We consider the problem of computing the monic gcd of two polyno-mials over a number field L = Q(α1,...
Let F = Q(t1,...,tk). For i, 1 <= i <= r, let mi(z1,..,zi) be a monic and irreducible polynomi...
Let L be an algebraic function field in k ≥ 0 parameters t1,..., tk. Let f1, f2 be non-zero polynomi...
We present a first sparse modular algorithm for computing a greatest common divisor of two polynomia...
AbstractModular methods for computing the gcd of two univariate polynomials over an algebraic number...
AbstractModular methods for computing the gcd of two univariate polynomials over an algebraic number...
International audienceWe consider the following computational problem, posed by von zur Gathen et al...
International audienceWe consider the following computational problem, posed by von zur Gathen et al...
AbstractThree new algorithms for multivariate polynomial GCD (greatest common divisor) are given. Th...
Computing polynomial greatest common divisors (GCD) plays an important role in Computer Algebra syst...
ABSTRACT. This paper examines the computation of polynomial greatest common divisors by various gene...
We consider a few modifications of the Big prime modular gcd algorithm for polynomials in Z[x]. Our ...
Given two multivariate polynomials A and B with integer coefficientswe present a new GCD algorithm w...
We report on several generic implementations for uni-variate polynomial gcd computation over the int...
We consider the problem of computing the monic gcd of two polynomials over a number eld L = Q(1 ; :...
We consider the problem of computing the monic gcd of two polyno-mials over a number field L = Q(α1,...
Let F = Q(t1,...,tk). For i, 1 <= i <= r, let mi(z1,..,zi) be a monic and irreducible polynomi...
Let L be an algebraic function field in k ≥ 0 parameters t1,..., tk. Let f1, f2 be non-zero polynomi...
We present a first sparse modular algorithm for computing a greatest common divisor of two polynomia...
AbstractModular methods for computing the gcd of two univariate polynomials over an algebraic number...
AbstractModular methods for computing the gcd of two univariate polynomials over an algebraic number...
International audienceWe consider the following computational problem, posed by von zur Gathen et al...
International audienceWe consider the following computational problem, posed by von zur Gathen et al...
AbstractThree new algorithms for multivariate polynomial GCD (greatest common divisor) are given. Th...
Computing polynomial greatest common divisors (GCD) plays an important role in Computer Algebra syst...
ABSTRACT. This paper examines the computation of polynomial greatest common divisors by various gene...
We consider a few modifications of the Big prime modular gcd algorithm for polynomials in Z[x]. Our ...
Given two multivariate polynomials A and B with integer coefficientswe present a new GCD algorithm w...