Research on Intelligent Health Management Technology of Opto-electronic Equipment

Chuming Zhang, Guojun Wei, Mei-lin Xie, Peng Liu, Yu Cao, Xuezheng Lian, Wei Huang, Kai Liu
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引用次数: 1

Abstract

With the development of China's weapon equipments and the continuous progress of information technology, the demand for the mobility, reliability, unmanned and flexible networking ability of opto-electronic measurement equipment is increasing. Breakthrough in the intelligent health management technology of opto-electronic equipment has become a major requirement for unmanned intelligent shooting range construction. Focusing on the opto-electronic measuring equipment in the shooting range, this paper detailed analyzes the development status of health management technology at home and abroad. Then it introduces the health diagnosis and decision-making strategy of opto-electronic equipment. According to a certain type of opto-electronic equipment, three health state early warning models are established and compared: health state early warning model based on statistical analysis, health state early warning model based on machine learning and health state early warning model based on neural network, subsystem simulation is given. Finally, the development direction of intelligent health management technology of opto-electronic equipment is predicted, the next work to be carried out is pointed out.
光电设备智能健康管理技术研究
随着中国武器装备的发展和信息技术的不断进步,对光电测量设备的移动性、可靠性、无人化和灵活组网能力的要求越来越高。突破光电设备智能健康管理技术已成为无人智能射击场建设的主要要求。本文以射击场的光电测量设备为研究对象,详细分析了国内外健康管理技术的发展现状。然后介绍了光电设备的健康诊断与决策策略。针对某型光电设备,建立了基于统计分析的健康状态预警模型、基于机器学习的健康状态预警模型和基于神经网络的健康状态预警模型,并进行了子系统仿真。最后,对光电设备智能健康管理技术的发展方向进行了预测,指出了下一步需要开展的工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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