Source code for PLASMA libraries.

We recommend using the installer, which will automatically download the sources and also install all other required software packages.

This package contains:

• Add  LU  inversion functions: PLASMA_zgetri, PLASMA_zgetri_Tile and PLASMA_zgetri_Tile_Async using   the   recursive  parallel  panel implementation of LU factorization.
• The  householder  reduction  trees for QR and LQ factorizations can now  work on general cases and not only on matrices with M multiple of MB.
• Matrices  generation  has been changed in every timing, testing and example  files to use a parallel initialization generating a better distribution  of  the data on the architecture, especially for Tile interface. “numactl” is not required anymore.
• Timing  routines  can  now generate DAGs with the --dag option, and traces with --trace option if EZTRACE is present.
  

For further details, view ReleaseNotes.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

Source code for PLASMA libraries.

We recommend using the installer, which will automatically download the sources and also install all other required software packages.

This package contains:

• New version of quark removing active waiting and allowing user to bind tasks to set of cores.
• Installer: Fix compatibility issues between plasma-installer and PGI compiler reported on Kraken by A. Bouteiller.
• Fix one memory leak with Hwloc.
• Introduce a new kernel for the recursive LU operation on tile layout which reduces cache misses.
• Fix several bugs and introduce new features thanks to people from Fujitsu and NAG :
  • The new LU factorization with partial pivoting introduced in release 2.4 is now working on rectangular matrices.
  • Add missing functions to Fortran 77 interface.
  • Add a new Fortran 90 interface to all LAPACK and Tile interface. Asynchronous interface and mixed precision routines are not available yet. The option PLASMA_F90 in the file make.inc allow to enable/disable the interface if your compiler doesn't support F90.
    
  • Fix arguments order in header files to fit implementation.

For further details, view ReleaseNotes.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

This new release includes the fix for the problem with PGI compiler and nomain option.

Source code for PLASMA libraries.
We recommend using the installer, which will automatically download the sources and also install all other required software packages.

This package contains two major bug fix:

• Fix bug with Fujitsu compiler reported on the forum
• Unbind threads in PLASMA_Finalize to avoid problem of binding in OpenMP section following PLASMA calls (still possible on Mac and AIX without hwloc). A better fix is to create the OpenMP thread in the user code before any call to PLASMA thanks to a fake parallel section.

For further details, view ReleaseNotes.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

Binary installer for 32 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC, Intel C compiler) and a BLAS library (e.g. Intel MKL, AMD ACML).  Reference versions of LAPACK, BLAS, and other required libraries are included in this binary package for simple testing purposes, but optimized math libraries should be used for any real work.

Binary installer for 64 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC, Intel C compiler) and a BLAS library (e.g. Intel MKL, AMD ACML).  Reference versions of LAPACK, BLAS, and other required libraries are included in this binary package for simple testing purposes, but optimized math libraries should be used for any real work.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

Source code for PLASMA libraries.
We recommend using the installer, which will automatically download the sources and also install all other required software packages.

This package contains several new important routines:

• LAPACK-compliant LU factorization,
• symmetric eigenvalue problem routines (eigenvalues only, no eigenvectors yet),
• singular value decomposition routines (singular values only, no singular vectors yet),
• generalized eigenvalue problem routines (symmetric positive definite systems only),
• tree-based QR and LQ routines supporting all input parameters Left/Right, NoTrans/Trans/ConjTrans.
  

For further details, view ReleaseNotes.

Binary installer for 64 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC, Intel C compiler) and a BLAS library (e.g. Intel MKL, AMD ACML).  Reference versions of LAPACK, BLAS, and other required libraries are included in this binary package for simple testing purposes, but optimized math libraries should be used for any real work.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

For information about changes, please view post on PLASMA source code 2.3.1.

Update (2010/01/25): The file has been updated to fit the new requirement of the last CBLAS version.

Source code for PLASMA libraries.
We recommend using the installer, which will automatically download the sources and also install all other required software packages. 

This package contains several minor bug fixes:

•  Add  functions to generate random matrices (plrnt, plghe and plgsy)
  ⇒ fix the problem with time_zpotri_tile.c reported by Katayama on the forum.
• Fix a dead lock in norm computations with static scheduling.
• Installer: fix the LAPACK version when libtmg is the only library to be installed.
  Thanks to Henc. ( forum )

For further details, view ReleaseNotes.

Binary installer for 64 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC, Intel C compiler) and a BLAS library (e.g. Intel MKL, AMD ACML).  Reference versions of LAPACK, BLAS, and other required libraries are included in this binary package for simple testing purposes, but optimized math libraries should be used for any real work.

Source code for PLASMA libraries.
We recommend using the installer, which will automatically download the sources and also install all other required software packages. 
View ReleaseNotes.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

Python script that downloads and builds the PLASMA libraries.
Separate download of PLASMA source is not required.
View README.

Source code for PLASMA libraries.
Not required if using the installer.
View ReleaseNotes.

Binary installer for 32 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing, timing and example executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC) and a BLAS library (e.g. Intel MKL, AMD ACML).

Binary installer for 64 bit PLASMA libraries.  Includes statically compiled PLASMA libaries, and testing, timing and example executables. Use of the PLASMA libraries requires a C compiler (e.g. MS VC) and a BLAS library (e.g. Intel MKL, AMD ACML).

Source code for PLASMA libraries. Not required if using the installer.

Python script that downloads and builds the PLASMA libraries. Separate download of PLASMA source is not requried.

Source code for PLASMA libraries. Not required if using the installer.

Source code for PLASMA libraries. Not required if using the installer.

Separate download of this file not required if using the install script.

Separate download of this file is not required if using installer script.

This is the oldest PLASMA source code I preserved.

This was before we set up SVN for PLASMA.

There is one source file in C and four source files in FORTRAN.

I coded up the C file, Hatem coded up the coreBLAS in FORTRAN from the kernels Alfredo Buttari left behind.

Jakub