Research on Autonomous Controllability of BeiDou Navigation Satellite System Based on Knowledge Transformation

Han Ju, Chang-zheng Zhu
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Abstract

The development level of the BeiDou Navigation Satellite System (BDS) can strongly reflect national defense strength as an important spatial information infrastructure. BDS can be not only used for military purposes, such as intelligence gathering, nuclear explosion monitoring, emergency communications, but also for location services, transportation, mapping, precision agriculture. To ensure the national defense security and the wide application of BDS in civil and military areas, BDS must be autonomous and controllable. As a complex system of knowledge-intensive, knowledge transformation runs through the whole process of research and development, production, operation, and maintenance of BDS. Based on the perspective of knowledge transformation, this paper expounds on the meaning of socialization, externalization, combination, and internalization of knowledge transformation and the coupling relationship of autonomy and control on the basis of analyzing the status quo and problems of the autonomy and control of BDS. The autonomous and controllable framework of BDS based on knowledge transformation is constructed from six dimensions of management capability, R&D capability, technical capability, manufacturing capability, service support capability, and application capability. It can provide support for the smooth implementation of information security policy, provide a reference for the autonomy and control of the upstream and downstream industrial chains in Beidou, and provide a reference for the autonomous and controllable research of aerospace components, military measurement equipment, and other related industries.
基于知识转换的北斗卫星导航系统自主可控性研究
北斗卫星导航系统作为重要的空间信息基础设施,其发展水平是国防实力的重要体现。北斗系统不仅可以用于军事目的,如情报收集、核爆炸监测、应急通信,还可以用于定位服务、交通运输、测绘、精准农业。为保障国防安全和北斗系统在民用和军事领域的广泛应用,北斗系统必须实现自主可控。北斗系统是一个知识密集型的复杂系统,知识转化贯穿于北斗系统研发、生产、运行、维护的全过程。本文基于知识转化的视角,在分析北斗系统自主与控制的现状和问题的基础上,阐述了知识转化的社会化、外部化、组合化、内部化的含义以及自主与控制的耦合关系。从管理能力、研发能力、技术能力、制造能力、服务保障能力和应用能力六个维度构建了基于知识转化的北斗系统自主可控框架。可以为信息安全政策的顺利实施提供支撑,为北斗上下游产业链的自主可控提供参考,为航天零部件、军用测量设备等相关产业的自主可控研究提供参考。
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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