Distributed supercomputing using ACTS

Manu Konchady
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Abstract

One of NASA's research and development satellite communications projects is the Advanced Communications Technology Satellite (ACTS) program. Applications utilizing high speed networks will be developed using satellite links. One such application is a distributed coupled global climate model. Climate models to study phenomena such as El Nino have been extremely useful in developing predictions and understanding global climate change. The high cost of running extended simulations necessary to substantiate theories can be reduced by using a network of supercomputers. A coupled ocean-atmosphere model has been implemented on a network of three Cray supercomputers.
使用ACTS的分布式超级计算
美国宇航局研究和开发卫星通信项目之一是先进通信技术卫星(ACTS)计划。将利用卫星链路开发利用高速网络的应用程序。一个这样的应用是分布式耦合全球气候模型。研究厄尔尼诺等现象的气候模型在发展预测和了解全球气候变化方面非常有用。通过使用超级计算机网络,可以降低运行扩展模拟以证实理论所必需的高成本。一个耦合的海洋-大气模型已经在一个由三台Cray超级计算机组成的网络上实现。
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