Computer program, an Iterative Scheme Using a Direct Solution, obtains double precision accuracy using a single-precision coefficient matrix. ISUDS solves a system of equations written in matrix form as AX equals B, where A is a square non-singular coefficient matrix, X is a vector, and B is a vector
AbstractIn this article we propose a procedure which generates the exact solution for the system Ax ...
Trigonometric function algorithms for algebraic simplification in computer program
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
FORTRAN subprograms for the solution of systems of linear algebraic equations are described, listed,...
Computer solutions of linear programming problems are outlined. Information covers vector spaces, co...
Digital computer program for nonlinear equation sets characteristic of filter circuit analysi
Computer programs, routines, and subroutines for aiding engineers, scientists, and mathematicians in...
An algorithm proposed by Lanczos [1] for the generation of an approximate solution of a large scale ...
Method and computer program for solving arbitrary simultaneous system of nonlinear algebraic and tra...
The study deals with systems of linear algebraic equations and algorithms of their solution with a g...
Dimensionless multioption systems compiler computer program constructs and analyzes a mathematical m...
Techniques overcome equipment limitations that restrict other computer techniques in solving trivial...
FORTRAN computer subroutines stemming from requirements to process state variable system equations f...
We propose a general algorithm for solving a $n\times n$ nonsingular linear system $Ax = b$ based on...
Digital computer program developed for solving nonlinear algebraic equations characteristic of filte...
AbstractIn this article we propose a procedure which generates the exact solution for the system Ax ...
Trigonometric function algorithms for algebraic simplification in computer program
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...
FORTRAN subprograms for the solution of systems of linear algebraic equations are described, listed,...
Computer solutions of linear programming problems are outlined. Information covers vector spaces, co...
Digital computer program for nonlinear equation sets characteristic of filter circuit analysi
Computer programs, routines, and subroutines for aiding engineers, scientists, and mathematicians in...
An algorithm proposed by Lanczos [1] for the generation of an approximate solution of a large scale ...
Method and computer program for solving arbitrary simultaneous system of nonlinear algebraic and tra...
The study deals with systems of linear algebraic equations and algorithms of their solution with a g...
Dimensionless multioption systems compiler computer program constructs and analyzes a mathematical m...
Techniques overcome equipment limitations that restrict other computer techniques in solving trivial...
FORTRAN computer subroutines stemming from requirements to process state variable system equations f...
We propose a general algorithm for solving a $n\times n$ nonsingular linear system $Ax = b$ based on...
Digital computer program developed for solving nonlinear algebraic equations characteristic of filte...
AbstractIn this article we propose a procedure which generates the exact solution for the system Ax ...
Trigonometric function algorithms for algebraic simplification in computer program
Abstract: Solution of linear algebra systems may come out with “ill-condition ” or “well-condition ”...