基于网格的先进分布式仿真系统ADS-G

为了克服现有HLA(h igh leve l arch itecture)仿真系统的诸多缺点:缺乏统一数据表示、仿真资源静态分配、缺乏仿真全生命周期支持、安全性和容错性差等,提出并设计了基于网格的先进分布式仿真体系结构(ADS-G)。该体系结构建立在网格技术基础之上。其主要思想是把HLA功能在网格系统中实现,并充分利用网格系统提供的资源共享及动态分配、安全性和扩展性等HLA协议所不能够提供的特性。开发了ADS-G的原型系统,并在原型系统上运行了仿真实例。仿真系统运行结果表明:ADS-G仿真系统能够正确高效地运行,验证了ADS-G设计概念的可行性。

Advanced distributed simulations based on grid

Traditional HLA implementations have many shortcomings including lack of unified data type definitions,static allocation of simulation resources,inability to support whole simulation life cycles,insufficient security,and poor fault tolerance.A grid-based simulation architecture was developed to address these issues.The system implements the HLA functions with grid technologies that enable the features of resources sharing,dynamic allocation of resources,strong security,and good fault tolerance.A prototype was developed.Real simulation routines which have run on the prototype show that the grid-based simulation system is effective and practical.