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基于实时网和RTX的分布虚拟试验系统研究 被引量:13

Distributed Virtual Test System Based on Real-time Network and RTX
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摘要 虚拟试验是近年来兴起的一门技术,在国外已得到大量应用,国内的研究和应用才刚刚起步,尚没有统一的权威的定义。在Windows平台上实现实时任务处理也是工程实践的难点之一。文中以某武器部件虚拟试验系统为背景,探究了虚拟试验系统的概念,分析了虚拟试验系统的实时性需求。介绍了VMIC反射内存网和RTX的基本原理及其在实时系统中的应用。提出的实时性和可靠性的解决方案已成功应用于工程实践中。提出的基于反射内存网和RTX的虚拟试验系统结构是面向军工武器系统虚拟试验的一个较好的解决方案。 Virtual test is a new technology rising in recent years,which is already widely applied in developed countries but just on the scratch in China.There isn't a uniform and canonical definition for virtual test.It is a serous problem to process real-time tasks on Windows platform in engineering practice.The paper discusses the concept of virtual test,analyses the real-time requirement of virtual test system.It also introduces VMIC reflective memory network and RTX and their application in real time system.The resolution of real-time and reliability proposed in the paper is successfully used into practice.The distributed virtual test system architecture based on reflective memory network and RTX proposed in the paper will be a good solution for military weapon system oriented virtual test.
出处 《计算机仿真》 CSCD 2007年第10期209-211,224,共4页 Computer Simulation
关键词 虚拟试验 实时系统 反射内存网 实时扩展 Virtual test Real time system Reflective memory network Real-time extension
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参考文献5

  • 1VMIPCI - 5565Ultrahigh - Speed Fiber - Optic Reflective Memory with Interrupts Product Manual [ R]. VMIC,2002.
  • 2VMIPCI/SW - RFM1 - ABC Reflective Memory Interfaces Windows 2000 and Windows Manual [ R]. VMIC,2002. - 940 Driver for the PCI bus on the Windows NT 4.0, XP Operating Systems User's
  • 3RTX SDK Documentation [ R]. Ardence, Inc,2005.
  • 4姜吴,周靖译.并发与实时系统软件设计[M].清华大学出版社.2003-7.
  • 5顾颖彦.反射内存网实时通信技术的研究[J].计算机工程,2002,28(7):143-144. 被引量:83

二级参考文献3

  • 1[1]VMIC Microsystems International Corporation. VMIPCI-5587 Reflective Memory Board Product Manual. 1998
  • 2[2]VMIC Microsystems International Corporation. RTnet, Real-time Networking White Paper. 1996
  • 3[3]Jacunski M G, Moorthy V, Ware P P, et al. Low Latency Messagepassing for Reflective Memory Networks. In Workshop on Communication, Architecture and Applications for Network-Based Parallel Computing (CANPC), 1999

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