University of Minnesota

News & Updates

Delivering High Performance Computing to the Masses
Microsoft is working with the NSF-funded National Center for Supercomputing Applications at the University of Illinois to develop high performance computing software products that can be used by hundreds of thousands of users. As high performance computing has moved out of the government laboratories and universities and is being adopted more broadly throughout the public […]
Partnering for Prosperity: NNSA
This collaborative study was conducted by the Council on Competitiveness (Council) and IDC on behalf of the U.S. Department of Energy/National Nuclear Security Administration (DEO/NNSA). The main study included 12 industrial partners and was conducted from December 2005 to January 2006. This study examines the requirements, needs and experiences of High Performance Computing users related […]
Partnering for Prosperity: NSF
Industrial Partnerships through the National Science Foundation's Supercomputing Resources The public-private partnerships jump-started by the National Science Foundation (NSF) through the university supercomputer centers it funds constitute best practice innovation prototypes that will drive America's competitiveness in the 21st century. They lay the groundwork to leverage High Performance Computing capabilities through collaborative, multidisciplinary networks that […]
Collaborate
The 2006 HPC Users Conference report, Collaborate. Moving Beyond Islands of Innovation, focuses on the need for a national infrastructure to advance the use of HPC among U.S. businesses. The conference addressed the necessity of industry partnerships with university HPC centers and/or national laboratories to foster innovation and competitive gain as well as the importance […]
HPC Software Study Part B: End-User Perspectives
The Council on Competitiveness performed the first-ever comprehensive study of independent software vendors (ISVs) serving the high performance computing (HPC) market in 2005. Leading technology analyst firm IDC completed the study gathering current information on 54 of the most important ISV organizations and 110 applications software packages used across a variety of industries. The study […]
HPC Software Study Part A: Current Market Dynamics
The Council on Competitiveness performed the first-ever comprehensive study of independent software vendors (ISVs) serving the high performance computing (HPC) market in 2005. Leading technology analyst firm IDC completed the study gathering current information on 54 of the most important ISV organizations and 110 applications software packages used across a variety of industries. The study […]
Accelerating Innovation for Competitive Advantage
In the Council on Competitiveness' (Council) 2004 study of U.S. industrial high performance computing (HPC) users, nearly 100 percent of the respondents indicated that they considered HPC to be indispensable to their organizations. These companies stated that they would not exist as viable businesses and could not compete effectively without HPC tools. At the same […]
Accelerating Innovation for Prosperity
2005 HPC Users Conference FInal Report Accelerating Innovation for Prosperity, features observations of senior government, business and academic HPC users and policy makers, regarding the lack of application software that industry needs to fully exploit HPC for competitive advantage. The report also contains the executive summary of the Council's 2005 Study of Independent Software Vendors […]
Grand Challenge Case Study: Crude Oil Catalysts
High performance computing (HPC) has been and will continue to be a key ingredient in America's innovation capacity. It accelerates the innovation process by shrinking "time-to-insight" and "time-to-solution" for both discovery and invention. Along with theory and experimentation, modeling and simulation with high performance computers has become the third leg of science and the path […]
Grand Challenge Case Study: Oil and Gas Recovery
High performance computing (HPC) has been and will continue to be a key ingredient in America's innovation capacity. It accelerates the innovation process by shrinking "time-to-insight" and "time-to-solution" for both discovery and invention. Along with theory and experimentation, modeling and simulation with high performance computers has become the third leg of science and the path […]
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