• 论文 •    

复杂系统虚拟样机协同建模/仿真支撑平台

李妮,刘杰,蔡志浩,彭晓源   

  1. 北京航空航天大学先进仿真技术重点实验室,北京100083
  • 出版日期:2004-10-15 发布日期:2004-10-25

Collaborative modeling/simulation supporting platform for complex system virtual prototype

LI Ni, LIU Jie, CAI Zhi-hao, PENG Xiao-yuan   

  1. Key Lab. of Advanced Simulation Tech., Beijing Univ. of Astro. and Aero., Beijing100083,China
  • Online:2004-10-15 Published:2004-10-25

摘要: 为了将建模/仿真/项目管理技术协同、集成地应用于复杂系统虚拟样机的全生命周期,构建了复杂系统虚拟样机协同建模/仿真/项目管理支撑平台。该平台建立在Windows操作系统、TCP/IP网络协议、商用关系数据库以 及支持异地协同及仿真资源共享的仿真网格基础上,支持复杂系统设计目标下各分系统的协同建模与仿真。该平台的四层结构分别为技术支持层、角色/权限管理层、功能驱动层和用户界面层。文章还对系统设计、开发与应 用过程中的各类数据、模型、工具、人员以及过程进行管理与优化,并对各层次的功能设计、实现方案以及研究现状进行了具体说明。该平台可为产品的全生命周期设计和评估提供支持,达到降低成本、提高效率的目的。

关键词: 虚拟样机, 协同建模/仿真, 支撑平台, 数据库

Abstract: To apply the technologies of Collaborative Modeling/Simulation/Project Management to the lifecycle of Complex System Virtual Prototype (CSVP), a support environment for CSVP based on these technologies was designed, which was built on the base of WINDOWS operation system, TCP/IP Network protocol, commercial relation database (ORACLE 8i) and Simulation Grid that supported cross-area collaboration and simulation resource sharing. It provided support for the collaborative modeling and simulation of all subsystems under complex design targets. The four-layer architecture of CSVP was described. The data, models, toolsets, personnel and process can be managed and optimized under the architecture during the process of system design, development and application. The function design, implementation technique and research status of each layer were also presented here in detail. The designed environment can be utilized to design and evaluate products though its lifecycle, so that the cost of products is reduced and the efficiency of development of products is improved.

Key words: virtual prototype, collaborative modeling/simulation, supporting platform, database, grid

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