http://tascs-scidac.org daily 1 2007-10-25T17:40:17Z http://tascs-scidac.org/collaborators/gwaccamole The goal of this collaboration is to create a framework for hybrid subsurface simulations that mix different physical models to create simulations that model subsurface behavior across scales. No publisher nl1 TASCS Collaboration SciDAC Application/SAP 2009-05-03T20:09:18Z Page http://tascs-scidac.org/collaborators/facets Promote CCA technologies within FACETS No publisher nl1 TASCS Collaboration SciDAC Application/SAP 2009-03-10T00:16:54Z Page http://tascs-scidac.org/collaborators/csdms The CSDMS Project is an NSF-funded international effort that involves modeling the dynamic interface between lithosphere, hydrosphere, cryosphere, and atmosphere. The main goal of the project is to develop a suite of modular numerical models able to simulate the evolution of landscapes and sedimentary basins, on time scales ranging from individual events to many millions of years. This collaboration focuses on CCA tools support and extensions to enable the creation of the suite of CCA components for surface dynamics modeling. No publisher norris TASCS Collaboration Other Sponsor 2009-01-21T18:34:28Z Page http://tascs-scidac.org/collaborators/chapel Provide a migration path for a new programming language. No publisher nl1 TASCS Collaboration Other Sponsor 2009-01-19T16:09:50Z Page http://tascs-scidac.org/collaborators/swim A component-based approach to integrated plasma simulation. No publisher David E. Bernholdt TASCS Collaboration SciDAC Application/SAP 2008-10-21T12:36:58Z Page http://tascs-scidac.org/collaborators/cifts Providing the connections to allow the development of component-based applications capable of taking an active role in responding to faults in HPC systems. No publisher David E. Bernholdt DOE (non-SciDAC) TASCS Collaboration 2008-10-21T12:36:20Z Page http://tascs-scidac.org/collaborators/compass The focus of TASCS-COMPASS collaboration is the development of high-performance components for accelerator modeling, with initial emphasis on particle tracking, beam optics, and solvers for space charge models. Also, the selection and parameterization of accelerator components motivates TASCS work on computational quality of service (CQoS), a TASCS component technology initiative. No publisher nl1 TASCS Collaboration SciDAC Application/SAP 2008-10-20T19:38:11Z Page http://tascs-scidac.org/collaborators/itaps Manifest the ITAPS interfaces for representing and working with unstructured meshes as a CCA component. Make this component available through the CCA Toolkit. No publisher nl1 SciDAC CET/Institute TASCS Collaboration 2008-06-01T21:08:28Z Page http://tascs-scidac.org/collaborators/qc-sap Employ the infrastructure of the Common Component Architecture to develop interfaces amongst major quantum chemistry packages, creating a flexible, community-based software development environment. A specific collaboration involves the use of general purpose quality of service infrastructure developed by the CCA forum to increase usability and performance of component-based chemistry applications. No publisher nl1 TASCS Collaboration SciDAC Application/SAP 2008-06-01T21:08:27Z Page http://tascs-scidac.org/collaborators/ccasynergia The primary goal of this collaboration is to foster the beginning of a component community in computational accelerator physics, including creating initial collective effects-based components for an accelerator physics component toolkit. No publisher nl1 DOE (non-SciDAC) TASCS Collaboration 2008-06-01T21:08:27Z Page http://tascs-scidac.org/collaborators/cscads Developing software optimization techniques that are applicable to multi-language and component-based applications. No publisher nl1 SciDAC CET/Institute TASCS Collaboration 2008-06-01T21:08:26Z Page http://tascs-scidac.org/collaborators/co-op Provide distributed computing infrastructure for MPMD framework. No publisher nl1 DOE (non-SciDAC) TASCS Collaboration 2008-06-01T21:08:26Z Page http://tascs-scidac.org/collaborators/nwchem Multi-level parallelism in NWChem to achieve petaflop-level scalability No publisher nl1 DOE (non-SciDAC) TASCS Collaboration 2008-06-01T21:08:28Z Page http://tascs-scidac.org/collaborators/tops The focus of TASCS-TOPS collaboration is the development of scalable TOPS linear/nonlinear solver components, with particular emphasis on the needs of beam dynamics applications in the SciDAC COMPASS accelerator project and core-edge plasma applications in the SciADC FACETS fusion project. Also, the selection and parameterization of TOPS solver components in long-running scientific simulations motivate work on computational quality of service (CQoS), a TASCS component technology initiative. No publisher nl1 SciDAC CET/Institute TASCS Collaboration 2008-06-01T21:08:27Z Page http://tascs-scidac.org/collaborators/sparskitcca SPARSKIT-CCA is a suite of CCA components for the iterative solution of sparse linear systems. Major components implement various preconditioners and accelerators available in the original SPARSKIT and its modern extension, ITSOL. The list of preconditioners may be easily extended due to the standard interfaces developed for SPARSKIT-CCA. No publisher nl1 DOE (non-SciDAC) TASCS Collaboration 2008-06-01T21:08:27Z Page