基于组件开发方法的反潜武器作战系统训练模拟器设计

为了满足海军训练的需求,提高训练的可信度,需要研制逼真度更高的模拟训练设备。为此,利用基于组件的开发方法设计了混合配置的反潜武器作战系统训练模拟系统。该系统不仅包括仿真设备,还包括实装设备。系统将两个独立的结构整合成一个系统,因此需要软件构架的独特设计。讨论了这一混合配置的系统训练模拟器的设计,提出了在实装战术网络和仿真网络之间的独特的系统接口设计,成功支持了训练模拟器的开发。基于组件开发方法的设计和思路对于训练模拟器材的设计具有很好的参考价值。

Development of Hybrid Anti-Submarine Weapon Training Simulator Using Component-Based Development Methodology

In order to increase training fidelity by the requirements from Navy, the development of Hybrid Anti-Submarine Weapon Training Simulator Using Component-Based Development Methodology is presented. The training simulator is designed to have not only simulated equipments but also real-world equipments in order to increase training fidelity. A hybrid configuration, which has simulation architecture and real-world architecture, requires unique design of software framework since two separate architectures should be integrated into a system. Systems engineering efforts which are made to develop software framework are also presented. Implementation of training simulator with the help of hybrid training simulator was also discussed. Unique design of system interface between real-world tactical network and simulation network successfully supports the development of training simulator.