Compete.org — Council on Competitiveness

Council of Competitiveness

Publications

  • Call to Action new

    “A Call to Action For Prosperity and Competitiveness In a Low-Carbon World.”

    From the the National Energy Summit & International Dialogue: Driving Competitiveness through Sustainable Energy


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  • HPC Framework

    “A Framework for a Regional Modeling, Simulation and Analysis Midwest Pilot Program for the Manufacturing Supply Chain.”

    Council on Competitiveness Summit & Workshop at The University of Chicago Booth School of Business

     
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  • AEMC Part PPP Summary Cover
  • PPG Shades HPC

    “A Tale of Stylish Shades and High Performance Computing.”

    To advance the state of the art of its proprietary photochromic technology used in Transitions® eyewear and speed its time-to-market, PPG Industries enlisted the help of high performance computing. Advancing photochromic technology, which allows lenses to change from clear to dark and block harmful ultraviolet rays, involves complex modeling and simulation of molecules at the atomic and quantum levels. By enlisting the help of the NSF-funded Pittsburgh Supercomputing Center and its powerful high performance computing capabilities, PPG’s R&D organization was able to rapidly create the next generation of photochromic dyes, and move out in front of its competition.

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  • Accelerating HPC Software Solutions

    “Accelerating Innovation for Competitive Advantage: The Need for Better HPC Application Software Solutions.”

    The Council on Competitiveness and the Ohio Supercomputer Center co-hosted a day-long workshop: Accelerating Innovation For Competitive Advantage: The Need For HPC Application Software Solutions. This workshop examined the gap between the production-quality, application software that industry needs and the software that is available. The report offers a roadmap of public-private sector actions to address this challenge. Participants included HPC users, independent software vendors (ISVs), university researchers, hardware vendors, and government scientists and engineers.

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  • Accelerating Innovation for Prosperity

    “Accelerating Innovation for Prosperity.”

    2005 HPC Users Conference final report

    The final report from the 2005 HPC Users Conference, 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.
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  • Advance

    “Advance.”

    Benchmarking Industrial Use of High Performance Computing for Innovation

    This study benchmarks the U.S. aerospace, automotive, bio-life sciences and energy industries’ use of high performance computing (HPC) to drive innovation for global competitiveness. It is the first study to attempt to do this and to understand how deeply within each industry’s supply chain HPC has been embraced.

    The most noteworthy finding was that U.S. tier 1 energy firms are outpacing other U.S. industries in integrating HPC into critical business functions. The most unexpected finding was that few suppliers to U.S. tier 1 companies in the surveyed industries use HPC (or even desktop workstations) today.

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  • Pillar 2 Assuring Access

    “Assuring Access to Clean and Competitive Energy.”

    Council on Competitiveness Recommendations to Build a Diverse and Cost Effective Energy Portfolio

    The Council Recommends that:

    • Congress establish a national, low-carbon energy standard for electric utilities that encompass a minimum of 25 percent renewables by 2025. 

    • Congress establish a price floor for gasoline that is sufficient to accelerate demand for fuel-efficient vehicles. 

    • Congress enact legislation that will result in the establishment of a consistent, predictable and transparent price on carbon emissions.

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    “Boeing Catches a Lift with High Performance Computing.”

    Case Study

    Through DOE’s INCITE program Boeing R&D researchers gained access to Oak Ridge National Lab’s leadership class systems, allowing their scientists and researchers to tackle problems beyond the reach of the company’s in-house supercomputers and HPC clusters while bolstering access to their own in-house high performance computing (HPC) capabilities.
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