LAPACK 3.5.0

An Open Source linear algebra library that is entirely based on LINPACK and EISPACK
BSD License 
4.3/5 19
LAPack development team
ROOT \ System \ Clustering and Distributed Networks
LAPACK is an open source and portable command-line software that provides linear algebra library written in Fortran77 and designed to provide various routines for solving least-squares solutions of linear systems of equations, systems of simultaneous linear equations, singular value problems, and eigenvalue problems.

These routines are written in such a way that they allow the computation to perform as calls to BLAS (Basic Linear Algebra Subprograms).

The main goal of the LAPACK library is to make the LINPACK and EISPACK libraries run efficiently on parallel and shared-memory vector processors. A Fortran95 interface for the LAPACK library also exists, as well as a C++ version for a subset of LAPACK routines, and a f2c'ed version.

Last updated on January 28th, 2014

#network clustering #algebra library #equations solver #clustering #network #algebra #library

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What's new in LAPACK 3.4.0:

  • This version adds xGEQRT, a QR factorization facility that enables better performance when the blocked reflectors need to be reused.
  • It adds xGEQRT3, a recursive QR factorization facility that has high performance on tall and skinny matrices.
  • It adds xTPQRT, a collection of Communication-Avoiding QR sequential kernels.
  • It replaces the build system with CMAKE for better portability.
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