An interactive simulation framework for satellite design

Long Cheng, Yuanwen Cai
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Abstract

It's very useful to build a distributed interactive simulation system during the development of a new type of satellite. In order to apply the simulation system to various types of satellites, a universal on-board interactive simulation framework based on CAN bus is established. The simulation members are designed according to the composition of actual satellite system. Interfaces of drivers included in simulation members are packaged into a common interface, thus the problem of interfaces and communications between different members is solved. The on-board simulation system is established with the foundation of a CAN bus simulation framework, which actual hardware can join in for a testing or validation. The framework of simulation flow is described, and the foundation of intercommunion and operation between simulation members is laid down. Experiment results prove that the framework can work stably with great efficiency and high flexibility, and expected effect is achieved.
卫星设计的交互式仿真框架
在新型卫星研制过程中,建立分布式交互仿真系统具有十分重要的意义。为了将仿真系统应用于各类卫星,建立了基于CAN总线的通用星载交互仿真框架。根据实际卫星系统的组成,设计了仿真构件。将仿真成员中包含的驱动程序接口打包成一个通用接口,从而解决了不同成员之间的接口和通信问题。在CAN总线仿真框架的基础上,建立了车载仿真系统,实际硬件可以加入系统进行测试或验证。描述了仿真流程的框架,为仿真成员之间的交互和操作奠定了基础。实验结果表明,该框架工作稳定,效率高,灵活性高,达到了预期的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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