基于HLA的异构仿真系统的快速集成方法综述  

Research on Approaches to Integrate Rapidly HLA-based Heterogeneous Simulation Systems

作　　者：龚建兴[1] 黄健[1] 郝建国[1] 黄柯棣[1] 

机构地区：[1]国防科技大学机电工程与自动化学院,长沙410073

出　　处：《系统仿真学报》2009年第20期6504-6509,共6页Journal of System Simulation

摘　　要：仿真应用需求从过去的单系统仿真,发展到今天的多系统仿真和复杂系统联合仿真,且仿真系统对各自仿真平台的需求也有所差异,实现这些仿真系统尤其异构仿真系统的快速集成具有实际意义。主要论述基于HLA的异构仿真系统的快速集成方法,首先描述异构仿真系统实现快速集成的三种相关支持技术:代理技术、中间件技术和Web技术;接着详细讨论基于这些技术的不同实现方法,包括利用桥接成员实现多联邦互联,通过仿真系统框架中间件使仿真系统在异构仿真平台上实现快速集成,使用基于Web技术的XMSF使仿真系统成为松散耦合、面向组件和跨平台实现;最后总结这些方法的研究现状和各自特点。The requirements of simulation applications have evolved from a single system simulation to multiple systems simulation and complex and joint systems simulation, which differently demand on their owned simulation platform. So that it is useful to integrate rapidly simulation systems especially heterogeneous simulation systems. The approaches to integrate rapidly HLA-based heterogeneous simulation systems were focused on. There are three support techniques to be proposed to enable the current simulation systems rapidly integrated, including the proxy technique, the middleware technique and the Web technique, on which there are separately different approaches based to be addressed in detail. The bridge federate approach makes multiple federates connected each other. The simulation system framework middleware approach integrates rapidly simulation systems and helps them running on heterogeneous simulation platforms. The Web-based XMSF （Extensible Modeling and Simulation Framework） approach improves simulation systems in the implementation of loosely coupling, oriented-components and striding platforms. The features and the research findings of these approaches were discussed.

关 键 词：基于HLA的异构仿真系统 集成 代理 中间件 可扩展建模与仿真框架 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术]