基于组件的联邦成员生成框架设计与实现

Design and Implementation of Component-based Federate Generation Framework

高层体系结构(HLA)作为分布式交互仿真的标准,从很大程度上提高了仿真模型的可重用性和互操作性。但由于HLA接口规范中提供的服务数量庞大,这就使得仿真开发人员在理解HLA/RTI运行机制上需要耗费大量的时间而延误仿真逻辑模型的开发进度,因此为仿真开发人员提供一个通用的联邦框架,利用框架中简单的、面向对象的接口进行联邦成员开发成为一个关键问题。将基于组件的开发方法实现一种联邦成员生成框架,能通过FOM/SOM和用户输入,生成联邦成员框架代码,实现典型成员的公共功能。

As a criterion of the Distributed Interactive Simulation, HLA promotes the reusability and interoperability of the simulation models. However, the development of the simulation model might be delayed because the developers must spend more time on understanding the architecture of the HLA/RTI and its enormous APIs. So it is necessary to support a common federate framework for the developers of the simulation to shorten the lifecycle of the developments. A Component-based Federate Generation Framework was proposed, and by using the FOM/SOM and user inputs, the C ＋＋ codes of the federate software framework can be automatically generated,