Collection of linear equation and eigenvalue routine’s examples includes programs, data, and results.

Software package produces exponential routines intended for matrices. Includes FAQs, related document, and source codes written in Fortran and Matlab.

Provides Fortran 77 routines for eigenvalue problems related to Hamiltonian and skew-Hamiltonian matrices.

Software routine solves linear equation systems. With demo programs, package and library releases, and documentations.

Software provides linear equation solution routines using Fortran 77. With source code, package releases, FAQs, user and installation guide, and related notes.

Fortran 77 routines for solving systems of simultaneous linear equations, least-squares solutions of linear systems of equations, eigenvalue problems, and singular value problems.

Provides linear equations and least-squares solutions using subroutines. Includes source codes and test drivers with short descriptions.

Paper covers Fortran 95-written software for matrix wrapping. Contains documentation, file release, and installation instructions.

Implementation solves linear equations and least-squares. With Fortran 90/77 and Matlab source files.

Fortran implementation includes SkyPack, HLZPack, BLZPack, and STETester. Includes source codes.

A library for solving triangular Sylvester-type matrix equations.

Calculation of eigenvalues and eigenfunctions for Sturm-Liouville problems. With source codes and documentations.

Fortran 95+ library providing a modern interface to Level 3 BLAS and select LAPACK functions.

Subroutines with sources in Fortran 77 that solves linear equation problems with non-symmetric matrix.