基于本体的网格分布式仿真体系结构

Yiyou Dong, Jianhua Yang, Zhaohui Wu
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引用次数: 3

摘要

本文提出了一种基于本体的网格分布式仿真(ODSG)体系结构,便于网格计算环境下大规模分布式交互仿真的生命周期管理。该体系结构旨在进一步解决开放、复杂、大规模分布式网格环境下M&S(模型与仿真)的关键技术和新的仿真模式。实现了网格基础设施层、仿真网格中间件层、基于本体的图形用户界面层、仿真应用层和用户层的多层体系结构。在ODSG的体系结构下,基于本体的仿真服务将本体技术与网格技术相结合,为分布式仿真环境中仿真资源的描述提供了语义异构的解决方案。ODSG克服了传统基于hla的分布式仿真在动态共享、动态发现、自治、容错、任务迁移、协作能力和安全机制等方面的固有缺陷
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ODSG: An Architecture of Ontology-based Distributed Simulation on Grid
In this paper, we present an architecture of ontology-based distributed simulation on grid (ODSG) which facilitates life-cycle management of large-scale distributed interactive simulation on the grid computing environment. The architecture aims at some further solved key technologies for M&S (model and simulation) and new simulation pattern on open, complex, large-scale distributed grid environment. We accomplished a novel well-defined multi-layered architecture, which consists of grid infrastructure layer, simulation grid middleware layer, ontology-based GUI layer, simulation application layer and users layer. Under the architecture of ODSG, ontology-based simulation services integrate ontology and grid technologies to provide a semantic heterogeneous solution to describe simulation resources in distributed simulation environment. ODSG surmounts inherent shortcomings of traditional HLA-based distributed simulation on dynamical share, dynamical discovery, autonomy, fault tolerant, task migration, collaboration capability and security mechanism
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