摘要
为提高卫星星务软件开发效率,消除卫星硬件产品研制进度对软件开发的影响,促进卫星仿真平台通用化发展,本文提出一种卫星通用化半物理仿真平台的设计与实现方法.该平台主要由星务计算机模拟器及星上电子学单机仿真模拟器两部分组成,利用通用化和模块化设计思想,开发具有通用化特点的星务计算机模拟器、灵活可配置特点的星上电子学单机仿真模拟器、标准化可重构的多通信接口和智能化系统测试接口,集成一套卫星通用化半物理仿真平台.利用该平台开展了多个型号卫星的星务软件开发设计工作,经验证,该平台对于不同型号卫星具有较强的通用性,使用该平台进行软件开发,提高了星务软件开发效率,保证软件交付即可用.
In order to improve the efficiency of satellites’house-keeping software development,eliminate the influence of satellites’hardware development progress on software development,and promote the development of satellites’simulation platform generalization,this paper presents a design and implementation method of universal satellite semi-physical simulation platform.The platform is composed of two parts:the satellite computer simulator and the single computer simulation simulator of on-board electronics.Using the idea of general and modular design,we develop the satellite computer simulator with general characteristics and the single computer simulation simulator of on-board electronics with flexible and configurable characteristics,the standardized and reconfigurable multi-communication interface and the intelligent system test interface,and then integrate a set of universal satellite semi-physical simulation platform.Using this platform,the development and design of satellite software for several types of satellites are carried out.It is verified that this platform has strong generality for different types of satellites.Using this platform for software development improves the efficiency of satellite software development,and ensures that the software is available once delivery.
作者
程龙
陈茂胜
李小明
王佳增
吴加兴
CHENG Long;CHEN Maosheng;LI Xiaoming;WANG Jiazeng;WU Jiaxing(Changguang satellite technology Co., Ltd., Changchun 130033, China)
出处
《测试技术学报》
2020年第4期364-368,共5页
Journal of Test and Measurement Technology
基金
吉林省科技厅资助项目(20180201111GX)。
关键词
卫星通用化
星务软件
模拟器半物理仿真
satellite generalization
satellites’house-keeping software
semi-physical simulation platform
