为快速、高效地实现试验与训练领域各靶场、设施和仿真的互操作、重用和可组合,构建实物的、虚拟的、构造的(LVC)分布式网络,研究了目前主要存在的高级分布式仿真架构,包括分布式交互仿真(DIS)、高层体系架构(HLA)及试验与训练使能体系结构(TENA)；在对它们的异同进行分析比较的基础上,确定以TENA网关对异构靶场进行无缝连接是实现靶场互联的最佳方案；对网关进行了总体设计并对关键技术进行了分析,网关原型的建立为网关的深入研究和开发奠定了基础.%To achieve the interoperability among ranges, facilities and simulations and build a live, virtual and constructive distributed network, three types of distributed simulation architecture such as Distributed Interactive Simulation (DIS), High Level Architecture (HLA) and Test and Training Enabling Architecture (TENA) are studied. After comparing them, TEN A gateway is ensured to be used to seamlessly access the heterogeneous range. The overall design of the gateway is done and the key technologies in the realization are analyzed. The implementation of the gateway prototype provides a basis for further study and implementation of the gateway.
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