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RAW: A Novel Reconfigurable Architecture Design Using Wireless For Future Generation Supercomputers

机译:RAW:为下一代超级计算机使用无线的新颖可重构体系结构设计

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Current day Grand Challenge applications have conscripted scientists to move towards developing high performance computers. These applications are a part of varied scientific and engineering domains whose solution is impossible without the exercise of high performance computers. The need for faster computing in the order of exaFLOPs requires a type of architecture which complies with the power to performance ratio, satisfying the requirements of the end user. In this paper we present you a design for a node as well as cluster architecture of a high performance cum power aware supercomputer. The node architecture of the proposed design paradigm is made to be more application specific by the application of FPGAs or ASICs catering to the need of Grand Challenge Applications. A wireless routing technology is used for higher level communication i.e. inter application communication. Wireless technology makes architecture more reconfigurable catering to the communication complexity of different algorithms in the grand challenge applications. More over using wireless technology for higher level communication reduces the power consumption to a large extent thereby making this design paradigm suitable for varied class of grand challenge applications.
机译:如今,“大挑战”应用程序吸引了科学家们致力于开发高性能计算机。这些应用程序是各种科学和工程领域的一部分,如果不使用高性能计算机,这些解决方案是不可能的。需要以exaFLOP的顺序进行更快的计算需要一种架构,该架构符合功率与性能之比,可以满足最终用户的需求。在本文中,我们为您提供高性能cum-power意识超级计算机的节点设计和集群体系结构。通过使用FPGA或ASIC来满足大型挑战应用程序的需求,可以使所提出的设计范例的节点体系结构更加具有针对性。无线路由技术用于更高级别的通信,即应用程序间通信。无线技术使架构更具可重配置性,以应对挑战性应用程序中不同算法的通信复杂性。此外,将无线技术用于更高级别的通信还可以在很大程度上降低功耗,从而使该设计范例适用于各种挑战性应用程序。

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