Computer subroutine ISUDS accurately solves large system of simultaneous linear algebraic equations
Gordana Collier
Abstract
Open-access reader
Gordana Collier
Abstract
Open-access reader
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.
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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.
Key concepts: Coefficient matrix, Subroutine, Algebraic equation, System of linear equations, Matrix (chemical analysis), Mathematics, Iterative method, Scheme (mathematics)