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首页|期刊导航|上海航天(中英文)|从单星观测到体系协同:风云卫星智慧协同观测体系的技术特征与发展展望

从单星观测到体系协同:风云卫星智慧协同观测体系的技术特征与发展展望OACSTPCD

Technical Characteristics and Development Prospects of the Intelligent Collaborative Observation System of Fengyun Satellite:from Single Satellite Observations to System Collaboration

中文摘要英文摘要

风云卫星是我国民用遥感卫星中应用范围最广泛、成效最为显著的卫星系列之一,在推动国民经济发展和加强装备自主建设等方面发挥了重要作用.面向气象高质量发展、防灾减灾、应对气候变化、生态文明建设和国家安全等多重挑战,风云卫星将坚持创新驱动发展战略,以体系化、智能化为主要发展方向,突破平台和载荷关键技术,构建智慧协同观测体系.本文探讨了风云卫星智慧协同观测体系在气象综合观测效能提升、体系化智能化网络赋能及全方位环境保障等方面的必要性,在分析国内外气象卫星发展历程的基础上,提出了新一代风云气象卫星构建智慧协同观测体系的建设思路和初步方案,并对体系构建中的关键技术进行了分析.最后,展望了风云卫星智慧协同观测体系的应用前景.

Fengyun satellite is one of the most widely used and effective satellite series in China's civilian remote sensing satellites,and has played an important role in promoting national economic development and strengthening the construction of independent equipment.Facing the challenges such as high-quality development,disaster prevention and mitigation,climate change,ecological civilization construction,and national security,Fengyun satellite will adhere to the innovation-driven development strategy,take systematization and intelligence as the main development directions,break through key technologies,and build an intelligent cooperative observation system.In this paper,the necessity of the intelligent cooperative observation system of Fengyun satellite in multiple aspects,e.g.,the systematic development of remote sensing satellites,intelligent network enabling,and all-round environmental protection,is discussed.Based on the analysis of the development history of meteorological satellites at home and abroad,the construction idea and preliminary plan of an intelligent cooperative observation system for the new generation of Fengyun meteorological satellite are put forward,and the key technologies in the system construction are analyzed.Finally,the application prospects of the intelligent cooperative observation system of Fengyun satellite are forecasted.

董瑶海

上海航天技术研究院,上海 201109

电子信息工程

气象卫星体系化定量化遥感卫星平台互联互通智慧观测

meteorological satellitesystematizationquantitative remote sensingsatellite platforminterconnectionintelligent observation

《上海航天(中英文)》 2024 (003)

37-46 / 10

10.19328/j.cnki.2096-8655.2024.03.005

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