[1] Jia R C. Analysis of development trend and manufacturing technology demand in aerospace field[J]. China Strategic Emerging Industry, 60(2018).

[2] Song T, Dai S J, Zhou G X et al. Research on surface reconstruction of aero engine blade[J]. Computer Simulation, 35, 33-37(2018).

[3] Dong H F, Sun J H, Shi L W et al. Taper measurement for helicopter primary standard blades based on CPLD laser method[C], 931-934(2012).

[4] Yang H W, Tao W, Zhang Z Q et al. Reduction of the influence of laser beam directional dithering in a laser triangulation displacement probe[J]. Sensors, 17, 1126(2017).

[5] Zhang P C, Liu J, Yang H M et al. Laser overlapping three-dimensional reconstruction of damaged aero engine blade[J]. Laser & Optoelectronics Progress, 57, 161504(2020).

[6] Xiong Z X. Plant design and precision control of large propeller blade’s laser measurement[D](2015).

[7] Min Z. Trajectory planning of large propeller blades laser simultaneous measurement and software development[D](2015).

[8] Tsai T H, Fan K C. Calibration and analysis of eccentric error of the laser rotary-scanning measurement system[J]. Measurement, 45, 47-53(2012).

[9] Sun B, Li B. A quantitative error compensation model of the inclination angle of the laser displacement sensor[J]. Chinese Journal of Scientific Instrument, 36, 996-1004(2015).

[10] Sun X W, Zhao W T, Zhu X H. Analysis of angle error of laser displacement sensor[J]. Heavy Machinery, 73-76(2018).

[11] Zhou Y F, Chen W F, Cao X H et al. One-plane two-hole feature positioning method based on line laser on-machine measurement[J]. Laser & Optoelectronics Progress, 58, 0112004(2021).

[12] Zou Z C, Qiu J, Liu C. Light-Field Image Quality Assessment Based on Multiple Visual Feature Aggregation[J]. Acta Optica Sinica, 41, 1610002(2021).

[13] Wang F, Liu C B. Research on measurement accuracy compensation of complex surface of laser sensor[J]. Computer Simulation, 37, 445-449(2020).