Architecture of cloud platform for CAE simulation in supercomputing environment
Architecture of cloud platform for CAE simulation in supercomputing environment
复制标题
超算环境下CAE仿真云平台架构
DOI：
10.1504/ijhpsa.2016.10001560
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发表时间：
2016
期刊：
影响因子：
--
通讯作者：
H. Yin
中科院分区：
文献类型：
--
作者：
Ziyun Deng;Jing Zhang;H. Yin
为了设计用于计算机辅助工程CAE模拟的云平台的体系结构，本文介绍了技术体系结构的三层，包括用户交互层，中间件层和高性能计算HPC资源层。该平台在每一层中采用一系列安全技术解决方案。提出了一种称为CAE应用程序包装模板CAE-APT的技术，用于集成异质的CAE软件，以充分利用“ Tianhe No. 1”的计算资源。该平台是使用Java语言，Tuscany，Struts，Hibernate，Spring和其他开源软件实施的。根据体系结构，本文的设计思想和关键技术，该平台的第二个原型已经完成，并且已经证明了平台中的零件应用程序。关于火星勘探安全气囊的平行计算的提交过程说明了平台的设计思想。
In order to design the architecture for the cloud platform for computer aided engineering CAE simulation, this paper presents the three layers to technical architecture, including user interaction layer, middleware layer, and high performance computing HPC resource layer. The platform adopts a series of security technology solutions in each layer. A technology called CAE application packaging template CAE-APT is proposed for integrating heterogeneous CAE software to make full use of the computing resources of 'Tianhe No. 1'. The platform has been implemented using the Java language, Tuscany, Struts, Hibernate, Spring and other open source software. According to the architecture, the design ideas and the key technologies in this paper, the second prototype of the platform has been completed, and the part applications in the platform have been demonstrated. The submission process of parallel computing about Mars exploration airbag illustrates the design thoughts of the platform.