刘宇. 单兵光电技术发展[J]. 应用光学, 2006, 27(2): 101-104.
引用本文: 刘宇. 单兵光电技术发展[J]. 应用光学, 2006, 27(2): 101-104.
LIU Yu. Development of optoelectronic technology for individual soldiers[J]. Journal of Applied Optics, 2006, 27(2): 101-104.
Citation: LIU Yu. Development of optoelectronic technology for individual soldiers[J]. Journal of Applied Optics, 2006, 27(2): 101-104.

单兵光电技术发展

Development of optoelectronic technology for individual soldiers

  • 摘要: 描述了信息化时代单兵综合作战装备的发展。提出通过增强士兵对战场信息(包括对敌方、我方信息)的了解可有效地提高士兵生存和打击能力。重点研究了系统各种功能模块之间有效匹配的方法,用以减少装备体积和重量,提高实用性。分析了信息化发展环境下武器平台概念的变化——“单兵”成为重要的作战平台。围绕信息节点的作用,重点阐述相关信息获取、传送、处理、控制、显示和对抗等技术的发展水平。揭示了目前单兵光电技术可发展的空间,主要包括单兵信息化平台建设,光电系统的轻量化、精度改善、反应时间的缩短、信息武器发展以及新环境下轻武器训练设施的建设等,提出了近期单兵光电技术相关发展重点。

     

    Abstract: The development of sophisticated combat equipments for individual soldiers in the postindustrial era is described. It is proposed that the soldiers′survival and attack capability can be effectively enhanced with better battlefield awareness. In order to decrease the volume and weight of the equipments, and improve the practical applicability, the effective couplings between all the functional modules of certain system was investigated emphatically. The conceptual variation of weapon platforms (individual soldiers have become the important combat platforms) was analyzed. The development techniques, such as relevant information acquisition, transfer, processing, control, display and countermeasure, is elaborated. The feasibility to develop the optoelectronic technology for individual soldiers is revealed. The construction of information platforms, lightweight of optoelectronic systems, improvement of systematic accuracy, decrease of response time, development of "information weapons" and development of light weapon training equipments, etc. are discussed. The priority in the recent development of optoelectronic technology for individual soldiers is put forward in this paper.

     

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