Finally the 1.0.0 is out!

The DPLASMA layer provided supports all basic datatypes (s,d,z,c) for the following kernels:

- Linear Systems of Equations: Cholesky, LU (inc. pivoting and partial pivotin), LDL (prototype)

- Least Squares: QR & LQ; -- Parameterized QR (all possible trees) (factorization / generation of Q)

- Symmetric Eigenvalue Problem: Reduction to Band (prototype)

- Level 3 Tile BLAS: GEMM, TRSM, TRMM, HEMM/SYMM, HERK/SYRK, HER2K/SYR2K

Release Notes:

- Please visit the project wiki for more information about the compilation, installation, howto and FAQ.

- the GPU supports is enabled, but use at your own risk

- parameterized QR only supports cases where N and M are multiple of the tile size.

- MPI is required for distributed runs, HWLOC is required for hardware-aware features

Download version 1.0.0

Development of PaRSEC and DPLASMA is done through a mercurial repository hosted by bitbucket. Collaborators need to have a bitbucket account and be registered with the project to access the mercurial repository. Requests to be added to the DAGuE developers should be sent by mail to George Bosilca.

The main repository can be found at

  http://bitbucket.org/bosilca/dplasma

The repository for the 3D trace visualizer can be found at

  http://bitbucket.org/herault/dague-icsched

The DPLASMA layer provided supports all basic datatypes (s,d,z,c) for all the following tiled kernels:

- Linear Systems of Equations: Cholesky, LU (inc. pivoting and partial pivotin), LDL (prototype)

- Least Sqaures: QR & LQ; -- Parameterized QR (all possible trees) (factorization / generation of Q)

- Symmetric Eigenvalue Problem: Reduction to Band (prototype)

- Level 3 Tile BLAS: GEMM, TRSM, TRMM, HEMM/SYMM, HERK/SYRK, HER2K/SYR2K

Release Notes:

- Please visit the project wiki for more information about the compilation, installation, howto and FAQ.

- the GPU supports has been temporarily disabled.

- parameterized QR only supports cases where N and M are multiple of the tile size.

Download the rc1