计算机科学
转化(遗传学)
方案(数学)
控制(管理)
模拟
半实物仿真
控制工程
工程类
数学
生物化学
基因
数学分析
人工智能
化学
作者
Lisha Bai,Zhijun Zhao,XiangZhe Meng,Yumei Wang,Qiulei Rao,Xiaozheng Deng
标识
DOI:10.1109/icoias56028.2022.9931226
摘要
UAV formation technology will be widely and importantly applied in military and civil fields. In this paper, the formation control strategy was based on the virtual structure method and PID control law. By constructing the hardware-in-the-loop simulation environment and injecting it into a UAV model, it was verified that the formation control strategy and operation logic meet the design requirements. The formation simulation system could achieve the functions of formation assembly, maintenance and transformation, link failure disposal, etc. The evaluation of formation time indicators and distance indicators were achieved by means of a herringbone - diamond - diamond turn simulation profile that verified the rapidity and positional accuracy of the formation. Finally, the evaluation scheme of UAV formation was constructed, which provided users with a comprehensive evaluation method for the performance of UAV. Thus, it provided an important basis for the safe and effective flight test of UAV formation.
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