We present an extremely simple method for computing determinants, one that uses no division operations, exact or otherwise. The method amounts to no more than iterating a certain matrix multiplication and requires O(nM(n)) additions and multiplications for an n×n matrix, where M(n) is the number of such operations needed for matrix multiplication. A direct combinatorial proof of correctness is given
By combining Kaltofen's 1992 baby steps/giant steps technique for Wiedemann's 1986 determinant algor...
A cross multiplication method for determinant was generalized for any size of square matrices using ...
International audienceWe present an algorithm computing the determinant of an integer matrix A. The ...
We present an extremely simple method for computing determinants, one that uses no division operatio...
In this paper we present the new algorithm to calculate determinants of nth order using Salihu’s met...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
Abstract. This paper is concerned with the numerical computation of the determinant of matrices. Alg...
In this paper, we study the complexity of computing the determinant of a matrix over a non-commutati...
AbstractWe review, modify, and combine together several numerical and algebraic techniques in order ...
The calculation of a square matrix determinant is a typical matrix algebra operation which, if appli...
Given a matrix of integers, we wish to compute the determinant using a method that does not introduc...
This paper presents a new parallel methodology for calculating the determinant of matrices of the or...
AbstractComputation of the sign of the determinant of a matrix and the determinant itself is a chall...
(eng) Computation of the sign of the determinant of a matrix and determinant itself is a challenge f...
We present a parallel algorithm for calculating determinants of matrices in arbitrary precision arit...
By combining Kaltofen's 1992 baby steps/giant steps technique for Wiedemann's 1986 determinant algor...
A cross multiplication method for determinant was generalized for any size of square matrices using ...
International audienceWe present an algorithm computing the determinant of an integer matrix A. The ...
We present an extremely simple method for computing determinants, one that uses no division operatio...
In this paper we present the new algorithm to calculate determinants of nth order using Salihu’s met...
<F4.793e+05> We prove a new combinatorial characterization of the<F3.928e+05> determi-&...
Abstract. This paper is concerned with the numerical computation of the determinant of matrices. Alg...
In this paper, we study the complexity of computing the determinant of a matrix over a non-commutati...
AbstractWe review, modify, and combine together several numerical and algebraic techniques in order ...
The calculation of a square matrix determinant is a typical matrix algebra operation which, if appli...
Given a matrix of integers, we wish to compute the determinant using a method that does not introduc...
This paper presents a new parallel methodology for calculating the determinant of matrices of the or...
AbstractComputation of the sign of the determinant of a matrix and the determinant itself is a chall...
(eng) Computation of the sign of the determinant of a matrix and determinant itself is a challenge f...
We present a parallel algorithm for calculating determinants of matrices in arbitrary precision arit...
By combining Kaltofen's 1992 baby steps/giant steps technique for Wiedemann's 1986 determinant algor...
A cross multiplication method for determinant was generalized for any size of square matrices using ...
International audienceWe present an algorithm computing the determinant of an integer matrix A. The ...