摘要
在攻防对抗仿真环境的研究中,仿真系统的规模越来越庞大,模型的计算复杂度越来越高,无论采用传统的单机仿真还是基于HLA的分布式仿真,都面临系统运行效率不高的问题。网格技术与分布交互仿真技术的结合成为解决大系统提高仿真运行效率的有效途径之一。将桌面网格技术应用于复杂仿真系统中,研究了桌面网格技术在复杂仿真系统的应用过程,设计了四层桌面网格系统架构。根据架构实现桌面网格技术的仿真系统,解决了仿真模型的分布计算和负载均衡问题。仿真实验结果表明,桌面网格技术是解决复杂仿真系统提高运行效率的一种有效途径。
As grow of simulation system scale,computational complexity of simulation models is getting higher. Traditional stand-alone simulation,or HLA-based distributed simulation,is facing the issue of system run efficiency. Combination of grid and distributed interactive simulation is one of the effective ways in solving the run efficiency of simulation system. In this paper,desktop grid technology is applied in complex simulation system,the application process of desktop grid technology in complex simulation system is researched,and four ties desktop grid architecture is designed. Based on this architecture,we implemented the simulation system,solved the distributed compute and load balance of simulation models. The result of simulation test demonstrates that desktop grid technology is an effective approach for solving the efficiency of complex simulation system.
出处
《计算机仿真》
CSCD
北大核心
2010年第9期48-51,共4页
Computer Simulation
关键词
桌面网格
复杂仿真
负载均衡
Desktop grid
Complex simulation
Load balance
