REG: High Performance Computing for Engineering Applications

佐治亚理工学院电气与计算机工程学院、航空航天工程学院、计算机学院和机械工程学院将购买一组多处理器和单处理器图形工作站，这些工作站通过最先进的高速通信网络与现有的并行超级计算机相互连接。该测试将为大规模工程应用的新计算范式的开发和应用提供可行的硬件基础。特别是，我们预见到利用专用图形和并行机器的高速网络的能力，这样应用程序的组件可以利用不同的并行机器，而来自这些不同平台的结果可以在工作站上实时可视化、集成和操作。这种集成为解决许多大问题的解决方案开辟了新的途径。研究项目将是该设备的主要用户，这些研究项目将从大规模工程应用的发展中汲取，并实现集成、交互的工程应用技术。

9411846 Yalamanchili The School of Electrical and Computer Engineering, the School of Aerospace Engineering, the College of Computing and the School of Mechanical Engineering at the Georgia Institute of Technology will purchase a cluster of multiprocessor and uniprocessor graphics workstations interconnected by state of the art high speed communications networks to existing parallel supercomputers. This tested will provide a feasible hardware basis to pursue the development and application of new computational paradigms for large scale engineering applications. In particular, we foresee the ability to harness such high speed networks of specialized graphics and parallel machines such that components of applications can utilize distinct parallel machines while results from these distinct platforms can be visualized, integrated and manipulated in real-time on workstations. This integration opens new avenues for solutions to solving many large problem. The research projects that will be the primarily users of the equipment are drawn from the development of large scale engineering applications, and the technology to realize an integrated, interactive for engineering applications.