基于物联网的空间飞行器姿态监测系统设计

针对传统监测系统监测精准度低，导致监测效果差的问题，提出设计一种基于物联网的空间飞行器姿态监测系统。根据监测系统结构图，对上位机进行实时监控，调控飞行器姿态，构建数据库，存储并记录参数指标，由此设计硬件框图；构建对话框，分析界面和相应程序功能，改进系统软件监测功能程序流程，根据显示的空间飞行器飞行姿态数据变化情况，对数据通信模块、控制模块展开分析，并添加emWin移植界面，完成基于物联网的空间飞行器姿态检测系统设计。实验结果表明，该系统监测时间较短，检测精准度高，大幅度提高了系统的监测效果。

Design of attitude monitoring system for space vehicle based on Internet of things

Aiming at the low accuracy and low monitoring effect of traditional monitoring system, a spacecraft attitude monitoring system based on Internet of things is proposed. According to the monitoring system structure, real-time monitoring of the host computer, control aircraft attitude, build the database to store and record the parameters, the design of hardware; build dialog interface and the corresponding analysis program function, improve the system software program flow monitoring function, according to space flight attitude data change display, analyze the data communication module, control module, and add the emWin transplant interface, complete the design of the spacecraft attitude detection system based on Internet of things. The experimental results show that the system has a short monitoring time and high precision, which greatly improves the monitoring effect of the system.