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by David E. Bernholdt last modified Jun 01, 2008 05:08 PM

TASCS collaborates widely, both in order to drive our own R&D objectives and to help others use CCA technologies to realize theirs. We also collaborate in order to bring key expertise from outside of component technology to our work.

Our work on component-based software technologies is motivated by the needs of scientific applications.  While our team encompasses experience in a broad range of applications, we rely on outside collaborations with active research teams to insure that the CCA really works for for them.  Establishing a long-term collaborative relationship with CCA users helps us obtain important feedback on gaps and rough edges in our tools and ideas, and it gives us the opportunity to address the issues and validate the results in real software projects.

Experience from past collaborations motivated many of the R&D objectives that TASCS now pursues.  In turn, we have established collaborations with projects that will benefit from these developments not just to showcase the results of our work, but jointly develop these ideas into new capabilities for all CCA users.

In short, we collaborate in order to realize our research objectives, and to help you realize yours. We're always interested in exploring new possibilities for collaboration. If you're interested, please contact us!

TASCS Collaborations

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CSDMS: Community Surface Dynamics Modeling System by norris — last modified Jan 21, 2009 01:34 PM
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.
DistComp: Distributed CCA Components and Grid Services for Scientific Computing by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
This collaboration effort aims to provide support for advanced language constructs in component-based HPC application environments.
ESG-CET: Earth System Grid Center for Enabling Technologies by David E. Bernholdt — last modified Jun 01, 2008 05:08 PM
Seeking opportunities to utilize component concepts and tools in the Earth System Grid's climate simulation data grid environment.
FACETS: the Framework Application for Core-Edge Transport Simulation by Cindy Sonewald — last modified Mar 09, 2009 07:16 PM
Promote CCA technologies within FACETS
GWACCAMOLE: GroundWAter CCA MOdeling Library and Extensions by Cindy Sonewald — last modified May 03, 2009 04:09 PM
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.
ITAPS: Interoperable Technologies for Advanced Petascale Simulations by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
Manifest the ITAPS interfaces for representing and working with unstructured meshes as a CCA component. Make this component available through the CCA Toolkit.
NWChem by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
Multi-level parallelism in NWChem to achieve petaflop-level scalability
PERI: Performance Engineering Research Institute by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
Design and implementation of performance measurment, analysis, and tuning infrastructure for support of Computational Quality of Service in parallel component applications.
QC-SAP: Chemistry Framework using Common Component Architecture by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
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.
ROSE by Cindy Sonewald — last modified Jun 01, 2008 05:08 PM
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