Handbook for Matrix ComputationsProvides the user with a step-by-step introduction to Fortran 77, BLAS, LINPACK, and MATLAB. It is a reference that spans several levels of practical matrix computations with a strong emphasis on examples and 'hands on' experience. |
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Common terms and phrases
adim integer arguments arithmetic assignment bdim BLAS built-in functions call SCOPY call SQRSL call SROTG cdim Cholesky factorization Column dimension common block complex computes continue return end declaration diagonal do-loop double precision eigenvalues endif return end entry example exit floating point number fmin format Frobenius norm Givens rotation Hessenberg matrix imax incx incy input integer Row dimension integer variable ipvt LINPACK list-of-variables logical expression loop lower triangular m-by-n matrix main program MATLAB segment matvec multiplication n-vector orthogonal matrix output overwrites parameter statement Pascal matrix prints Problems for Section program segment qraux rcond real A adim real adim real adim,n real function scalar SDOT SGECO single precision Singular Value Decomposition singular values solve SPODI SQRDC SSCAL stop end stored string subprogram Subprograms called symmetric matrix symmetric positive definite triangular matrix two-dimensional array vector while-loop Write a MATLAB Write a subroutine zero