摘要
面向复杂虚拟试验的支撑平台通常需要和异构网络的其他中间件平台进行互连,从而解决异构中间件之间能够实时交互的问题;分析目前主要高级分布式仿真中间件平台的协议机制,包括高层体系架构(HLA)和试验与训练使能体系结构(TENA),设计了网关应用的通用性架构;根据网关的结构设计,开发了VTSE和HLA的网关范例;经测试表明,该网关应用有效的实现了VTSE和HLA之间的互连,较好地满足了互连通信的实时性,并且具有很好的可移植性。
Design of gateway oriented to complex virtual test supporting platform usually requires interconnection with other middleware platforms, so as to solve the problem of interaction between heteroid middlewares. By analyzing the protocol of high level architecture （HLA） and test and training enabling architecture （TENA）, we design the generic architecture of gateway applications, and then develop the gateway between VTSE and HLA; The test and application show the VTSE gateway applications meet the real time communications better and have good portability. It＇s a feasible method for solving the problem of complex virtual test supporting platform.
出处
《计算机测量与控制》
北大核心
2013年第9期2493-2495,2500,共4页
Computer Measurement &Control
基金
国家基础预研项目(2011AC100001C100001)
关键词
复杂虚拟试验
网关
HLA
协议转换
complex virtual test
gateway
HLA
protocol conversion
