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基于VMIC实时网的网络管理研究 被引量:5

A Study on Network Administration Based on VMIC Real-time Network
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摘要 根据目前电子对抗仿真系统设备数据传输的高速性、实时性、稳定性和大数据量的特点,介绍了GE-VMIC公司的实时光纤反射内存网(简称VMIC实时网)的特点及其在仿真设备中的设计和应用。首先介绍了VMIC实时网的特性及其硬件、软件平台。然后根据VMIC实时网在仿真系统中的应用特点和使用中出现的问题,着重阐述了基于VMIC接口基本函数设计的Win32 API动态库,并详细描述了VMIC接口API的输入输出和数据接口。为了更加方便用户对整个网络的监测和控制,设计了VMIC实时网用户管理软件并论述了其设计流程和控制流程,从而提供了一种仿真系统实时网络设计的思路和方法。 Based on characteristics that data transfer of current electronic warfare emulation system equipment is high-speed, real-time, stable and large data amount, this paper introduces the characteristics of realtime optical fibre reflecting memory network and the design and application of this real-time network in emulation equipment. First, we describle characteristics of GE-VMIC real-time network and its hardware, software platform. Then according to application peculiarity and problems in the use of VMIC real-time network of emulation system, we explain mainly WIN32 API DLL which is designed on VMIC interface basic function, including API data input and output interface. In order to make user's inspection and control of the whole network more convenient, we design a user management software of real-time network, the whole design flow and control flow are also discussed. A design concept for the real-time network of emulation system is thus presented.
出处 《信息化研究》 2009年第11期20-23,41,共5页 INFORMATIZATION RESEARCH
关键词 VMIC实时网 API函数 消息响应 VMIC real-time network API function message response
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参考文献3

  • 1VMIPCI-5565 Ultrahigh-speed fiber-optic reflective memory with interrupts product manual [ M ]. Huntsvill, AL, USA: VMIC ,2002.
  • 2VMIPCI/SW-RFMI-ABC-940 Driver for the PCI bus reflective memory interfaces on the Windows NT 4.0, Windows 2000 and Windows XP Operating Systems User's Manual [ M ]. VMIC, 2002.
  • 3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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