[1] ZHANG Yongjie, WANG Haodong, CAO Kang et al. Research on dynamic modeling of helicopter unbalanced rotor and analysis method of axis motion trajectory[J]. Chinese Journal of Applied Mechanics, 39, 437-444(2022).

[2] ZHOU Subo. The exeperimental research of testing on spindle S axis locus and dynamic balance[D](2010).

[3] SHAO Jie. Research on feature extraction and automatic recognition of axis orbit for rotor system[D](2018).

[4] SHI Xiangwei. Design on vibration test stand of rotor system[D](2016).

[5] HUANG Ran. Study on the method and experimental of spindle rotation trajectory extraction[D](2021).

[6] WANG Xiao, ZHAN Qi, MA Jiahuan et al. Axial trajectory test system and test method based on Doppler laser rangefinder[P].

[7] MA Qun, WU Zhichao. Laser rotation measurement method for shaft center of large shafting[J]. Tool Engineering, 53, 136-139(2019).

[8] MIAO Weidong. Method and experimental study of axis orbit reconstruction based on machine vision[D](2021).

[9] SU Xuming, FANG Chenggang, HONG Rongjing et al. Shaft parts positioning and measuring system based on machine vision[J]. Machinery Design & Manufacture, 250-254(2020).

[10] PAN Li[M]. Photogrammetry(2023).

[11] XIONG Xuefei, SHANG Yang. Detection and reconstruction of coded target based on binocular stereo vision system[J]. Journal of Experimental Mechanics, 35, 771-780(2020).

[12] YANG Zhaohui, ZHU Huabing, YIN Yulong et al. Calibration of high-precision binocular camera based on coded stereo target[J]. Chinese Journal of Lasers, 50, 65-73(2023).

[13] ZHANG Hongxin, WANG Mingzhu, QIU Haoran et al. Three-dimensional reconstruction method of castings based on monocular image sequence[J]. China Mechanical Engineering, 29, 2799-2803(2018).

[14] CHEN Zhanhe, LIU Baoshan, FU Yu et al. Monocular 3D reconstruction of multi-view image sequences[J]. Information Technology and Informatization, 148-150(2022).

[15] ZHANG Lihua. Research and implementation of object 3D reconstruction method based on monocular multi-view stereo geometry[D](2021).