Add to BibSonomy
Abstract
High-speed tracking technology has wide applications in the military and aerospace industry. However, existing approaches, such as camera arrays or Doppler radar systems, suffer from high cost and inconvenience. This paper reports a high-speed target tracking control system based on short-time rotational reflection imaging, specifically aimed at overcoming certain limitations. In the system we designed, a high-speed camera coupled with a rotating reflector is used to achieve reliable high-speed target tracking. This paper first introduces the working principle and mathematical model of the system, then analyzes the key technologies, including motor response delay time and rotational speed curve fitting, and, finally, verifies the feasibility of the system and the correctness of the theory based on a series of experiments. Experimental results demonstrated that our work is efficient and accurate in target tracking and image clarity. The developed system demonstrates significant potential for widespread use across military and aerospace sectors. Furthermore, the insights gained from our investigation into key technologies could act as a reference point for fellow researchers in related scientific areas.
© 2024 Optica Publishing Group
Full Article | PDF ArticleMore Like This
Haoran Liu, Bin Wu, Luyuan Feng, Jianwei Zhang, Fei Fan, Zhen Zhang, Zefeng Sun, Zongyang Zhao, and Jiehu Kang
Appl. Opt. 63(11) 2981-2993 (2024)
Jiaqi Li, Lin Li, Lihui Wang, Lei Li, Shaoyong Li, and Masatoshi Ishikawa
Opt. Express 32(2) 2257-2270 (2024)
Huayang Xia, Yunxia Xia, Liangzhu Yuan, Piao Wen, Wenxue Zhang, Ke Ding, Yue Fan, Haotong Ma, and Jinying Li
Opt. Express 32(6) 8555-8571 (2024)