Research and Application on Service Oriented Infrastructure for Networkitized M&S

X. Chai, Haiyan Yu, Zhihui Du, Baocun Hou, B. Li
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引用次数: 7

Abstract

This paper is presented based on paper [I] and recent fruits gained by authors. The research background of a service oriented infrastructure for networkitized M&S, namely simulation grid, is firstly concisely introduced, then combined with authors' recent research on simulation grid, the phased research achievements of simulation grid are introduced in detail, including completed simulation grid prototype named Cosim-Grid 1.0v, some further solved key technologies and typical application demonstration systems on simulation grid. It is shown from the primary practice that the simulation grid developed by authors has the following new features: (1) The architecture of service oriented simulation grid overcomes shortcomings of traditional HLA application on dynamical share, autonomy, fault tolerant, capability of collaboration and security mechanism. (2) A simulation grid prototype named Cosim-Grid1 .Ov has independent copyright and is suitable for networkitized simulation application. It consists of simulation grid PSE, simulation application oriented service middleware, grid middleware GOS and the simulation, grid resources including various encapsulated model resources, simulation tool resources, computing resources, storage resources, data resources, information resources and knowledge resources, etc.. (3) It extends simulation application pattern and implements new simulation method based on Internet and grid. Finally, the conclusion and some further works are given.
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面向服务的网络化管理基础设施研究与应用
本文是在论文[1]和作者最近取得的成果的基础上提出的。首先简要介绍了面向服务的网络化M&S基础设施——仿真网格的研究背景,然后结合作者近期对仿真网格的研究,详细介绍了仿真网格的阶段性研究成果,包括已完成的仿真网格原型Cosim-Grid 1.0v、一些进一步解决的关键技术以及仿真网格的典型应用演示系统。初步实践表明,作者开发的仿真网格具有以下新特点:(1)面向服务的仿真网格体系结构克服了传统HLA应用在动态共享、自治、容错、协作能力和安全机制等方面的不足。(2) Cosim-Grid1 . ov仿真网格原型具有自主版权,适合于网络化仿真应用。它由仿真网格PSE、面向仿真应用的服务中间件、网格GOS和仿真中间件组成,网格资源包括各种封装模型资源、仿真工具资源、计算资源、存储资源、数据资源、信息资源和知识资源等。(3)扩展了仿真应用模式,实现了基于互联网和网格的新型仿真方法。最后,给出了本文的结论和进一步的工作。
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