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Impediments to Future Use of Petaflop Class Computers for Large-Scale Scientific/Engineering Applications in U.S. Private Industry

机译:未来使用Petaflop课程计算机在美国私营行业的大型科学/工程应用中使用Petaflop课程的障碍

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The environment in government/research HPC sectors is markedly different from that in private industry. Although both involve many of the same applications, the mindset and people/computer resources are significantly different. In this paper, we focus on the barriers to using future HPC machines in the private sector and some current actions and suggestions to overcome these problems. Experts generally agree that the realistic and/or real-time solution of industrial problems will require the use of computers about three orders of magnitude faster than current industrial machines. Impediments discussed include: limitations of ISV-based commercial software, inadequate benchmarking techniques for industrial size problems, limited access to the latest computer architectures and support facilities, paucity of computational science personnel, slow tech transfer of algorithms and modeling techniques from government/research facilities to private industry, and unexplored utilization of Blue Collar Computing™ in private industry.
机译:政府/研究HPC部门的环境显着与私营行业的不同。虽然两者都涉及许多相同的应用,但心态和人员/计算机资源都很有明显不同。在本文中,我们专注于使用未来HPC机器在私营部门中的障碍以及一些当前的行动和建议来克服这些问题。专家普遍认为,工业问题的现实和/或实时解决方案将需要使用比当前工业机器快三个数量级的计算机。所讨论的障碍包括:基于ISV的商业软件的限制,工业大小问题的基准测试技术不足,有限的访问最新的计算机架构和支持设施,计算科学人员的缺乏,算法慢的技术转移和政府/研究设施的建模技术私营行业的私营行业,未开发利用蓝领计算™。

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