C^4ISR半实物仿真系统互联设计及其互操作  

A Networking Design and Interoperability Analysis for Hardware-in-the-loop C^4ISR Simulation System

作　　者：江汉[1] 尹浩 李学军 

机构地区：[1]解放军理工大学通信工程学院,江苏南京210007 [2]中国电子系统工程公司研究所,北京100039

出　　处：《计算机仿真》2006年第5期21-23,84,共4页Computer Simulation

基　　金：武器装备预研基金项目(514060201JB0210);总装"十五"预研基金项目(11001010101)

摘　　要：军事综合电子信息系统集成试验环境的主要功能是完成电子信息装备的性能测试、评估。实际的电子信息设备作为实物和C4ISR仿真系统一起构成综合仿真测试集成环境。测试、评估流程是依靠集成试验环境中的C4ISR仿真系统作为测试信源来驱动的。为实现C4ISR仿真系统和实际装备(实装)系统之间的联网和互操作,保证综合演练运行,该文提出了一种实现C4ISR仿真系统和实装系统互联的设计方案。该方案使用基于HLA的代理联邦将分布在广域网上的各个实装系统连接到C4ISR仿真系统中,并通过HLA/RTI完成仿真系统与实装系统间的交互。系统设计实现了网络层、数据层、模型层和导调层四个层次的互操作。Integrated experiment environment for military electronic information system is a synthetical system for evaluating the performance of the hardware devices such as communication devices, radars and so on. The integrated experiment environment is composed of the hardwares and the C^4ISR simulation based on HLA. The C^4ISR simulation serves as an information input resource to drive the experiment process. To connect C^4ISR simulation system and the weapon system into a network and to enable interoperability between them, a networking design scheme is presented, in which the proxy federate based on HLA is used to connect the distributed weapon system into the HLA system, and the interactive data among them are interchanged by HLA/RTI. The system design enables the interoperability between the system on four levels： network, data, model, and simulation director.

关 键 词：高层体系结构 代理联邦 互操作 仿真导调 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术]