[1] [1] JI Ting, JI Ming, ZENG Xingchang, et al. Stabilization technology f twoaxis twogimbal photoelectric platfm[C]SPIE : Optical Sensing Imaging Technology, Xiamen.VS: SPIE Press,2020: 11567183.

[2] [2] [2]张琰, 张鹏, 张新勇机载光电平台的非线性积分滑模控制器设计电光与控制20222919910410.3969/j.issn.1671-637X.2022.01.021ZHANGYan, ZHANGPeng, ZHANGXinyongDesign of nonlinear integral sliding mode controller for airborne optoelectronic platformElectrooptics and Control20222919910410.3969/j.issn.1671-637X.2022.01.021

[3] [3] [3]杨光海, 王宏宇, 周通, 等高精度光电伺服稳定平台控制技术兵工自动化2021408911YANGGuagnhai, WANGHongyu, ZHOUTong, et alControl technology of high precision optoelectronic servo stabilized platformOrdnance Automation2021408911

[4] [4] WANG Yutang. Research on high perfmance robust control f airbne optoelectronic platfm [D]. Changchun: Changchun Institute of Optics, Fine Mechanics Physics, Chinese Academy of Sciences, 2019.

[5] [5] WANG Helong. Airbne optoelectronic system its control technology [M]. Beijing: Aviation Industry Press, 2016: 32.

[6] E AGUIRRE, B RAUCENT. Economic comparison of wire harness assembly systems. Journal of Maunfacturing Systems, 13, 276-288(1994).

[7] [7] ZHANG Ping, DONG Xiaomeng, FU Kuisheng, et al. Modeling control of airbnemissilebne visionguidance stabilized platfm[M]. Beijing: National Defense Industry Press, 2011: 6.

[8] [8] [8]嵇婷, 纪明, 胥青青, 等机载光电稳定平台建模及动态特性分析激光与红外2021509220621110.3969/j.issn.1001-5078.2021.02.013JITing, JIMing, XUQingqing, et alModeling and dynamic characteristics analysis of airborne optoelectronic stabilized platformLaser and Infrared2021509220621110.3969/j.issn.1001-5078.2021.02.013

[9] [9] [9]王春生, 宁汝新, 刘检华, 等导引头稳定平台弹性干扰力矩分析与优化技术计算机集成制造系统2012183566574WANGChunsheng, NINGRuxin, LIUJianhua, et alAnalysis and optimization technology of elastic interference torque for seeker stabilized platformComputer Integrated Manufacturing System2012183566574

[10] [10] [10]刘佳顺, 刘检华, 金望韬, 等稳定平台中活动线缆的虚拟布局设计方法机械工程学报2016522111111910.3901/JME.2016.21.111LIUJiashun, LIUJianhua, JINWangtao, et alVirtual layout design method of active cable in stable platformJournal of Mechanical Engineering2016522111111910.3901/JME.2016.21.111

[11] H TOMAS, B ROBERT, S JOHAN. Carlson, et al. Atutomatic assembly path planning for wiring harness installations. Journal of Manunfacturing Systems, 32, 417-422(2013).

[12] T JEROME, K JENS, S JORG et al. Overview of the state of the art in the production process of automotive wire harness, Current Research and Future Trends. Procedia, 81, 387-392(2019).

[13] [13] [13]张春虎, 徐洪友, 郑风云一种车用导线的选用方法使用维修201913217219ZHANGChunhu, XUHongyou, ZHENGFengyunA method for selection of vehicle conductorUse and Maintenance201913217219

[14] [14] [14]嵇婷, 张伟平, 黄鹏, 等复杂光电产品整机布线技术研究应用光学2018,39(增刊）244248JITing, ZHANGWeiping, HUANGPeng, et alStudy on wiring technology of complex photoelectric productsJournal Applied Optics2018,39(增刊）244248

[15] [15] [15]黄鹏, 张云龙, 张卫平, 等一种有限空间内活动线缆的布线工艺电子工艺技术2015,36(3)158-162HUANGPeng, ZHANGYunlong, ZHANGWeiping, et alA wiring process for moving cable in limited spaceElectronic Process Technology2015,36(3)158-162