SAME4HPC: a promising approach in building a scalable and mobile environment for high-performance computing

R. Karthik
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引用次数: 2

Abstract

In this paper, an architecture for building Scalable And Mobile Environment For High-Performance Computing with spatial capabilities called SAME4HPC is described using cutting-edge technologies and standards such as Node.js, HTML5, ECMAScript 6, and PostgreSQL 9.4. Mobile devices are increasingly becoming powerful enough to run high-performance apps. At the same time, there exist a significant number of low-end and older devices that rely heavily on the server or the cloud infrastructure to do the heavy lifting. Our architecture aims to support both of these types of devices to provide high-performance and rich user experience. A cloud infrastructure consisting of OpenStack with Ubuntu, GeoServer, and high-performance JavaScript frameworks are some of the key open-source and industry standard practices that has been adopted in this architecture.
SAME4HPC:为高性能计算构建可伸缩和移动环境的一种很有前途的方法
本文采用Node.js、HTML5、ECMAScript 6和PostgreSQL 9.4等尖端技术和标准,描述了一种用于构建具有空间能力的可扩展和移动高性能计算环境的架构,称为SAME4HPC。移动设备正变得越来越强大,足以运行高性能应用程序。与此同时,有相当数量的低端和老式设备严重依赖服务器或云基础设施来完成繁重的工作。我们的架构旨在支持这两种类型的设备,以提供高性能和丰富的用户体验。由OpenStack和Ubuntu、GeoServer和高性能JavaScript框架组成的云基础架构是该架构中采用的一些关键的开源和行业标准实践。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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