我国遥感卫星体系与智能应用的若干进展与展望OA
China's Remote Sensing Satellite Systems and the Intelligent Applications:Progress and Prospects
在国家"航天强国"战略指引与商业航天、低空经济等新兴产业的协同推动下,我国卫星遥感科技实现了跨越式发展.本文系统回顾了我国遥感卫星体系从起步探索到体系化、商业化发展的建设历程,总结了在高分辨率、高光谱、合成孔径雷达等多类型载荷方面取得的技术突破与观测能力提升.研究表明,当前我国已形成国家业务卫星与商业卫星协调互补的多元对地观测体系,卫星发射数量与技术能力均处于国际前列.人工智能技术的深度融合,正推动遥感数据处理向智能化、实时化方向转型,显著提升了数据解译的效率和精度.在应用层面,遥感技术已从传统的地质找矿、农业监测、气象海洋等领域,逐步延伸至精准农业、碳汇检测、遥感数据交易等新兴应用场景.以"未来勘探系统"为代表的行业智能化范式,正推动遥感技术与智能装备深度融合,推动传统产业向绿色化、精准化、无人化方向转型升级.然而,我国遥感发展仍面临核心技术自主性不足、应用规模化程度有限、产业生态不完善等挑战.未来,需进一步加强基础研究与核心技术攻关,深化技术融合与产业推广,构建开放协同的数据与应用生态,并积极参与全球遥感治理,以推动我国遥感技术持续创新与高质量发展.
Driven by the national strategy of"building China into a leading space power"and synergized with emerging industries such as commercial aerospace and the low-altitude economy,China's remote sensing technology has achieved leapfrog development.This paper systematically reviews the construction journey of China's remote sensing satellite systems from the initial exploration to systematic and commercialized development.It summarizes the technological breakthroughs and enhanced observational capabilities achieved in various payload categories,including high-resolution,hyperspectral,and synthetic aperture radar(SAR).Research indicates that China has now established a diversified Earth observation system featuring complementary national operational satellites and commercial satellites,with both launch volume and technical capabilities ranking among the forefront globally.The deep integration of artificial intelligence technologies is driving the transformation of remote sensing data processing toward intelligence and real-time operation,which has significantly improved the efficiency and accuracy of data interpretation.At the application level,remote sensing technology has expanded from traditional fields such as geological prospecting,agricultural monitoring,and meteorology/oceanography,gradually extending into emerging application scenarios including precision agriculture,carbon sink monitoring,and remote sensing data trading.Industry-intelligent paradigms represented by the"Future Exploration System"are promoting the deep integration of remote sensing technology with intelligent equipment,thereby driving the transformation and upgrading of traditional industries toward greener,more precise,and unmanned operations.However,China's remote sensing development still faces challenges such as insufficient autonomy in core technologies,limited scale of application,and an underdeveloped industrial ecosystem.Looking ahead,it is essential to further strengthen basic research and core technology breakthroughs,deepen technology integration and industrial promotion,build an open and collaborative data and application ecosystem,and actively participate in global remote sensing governance to foster continuous innovation and high-quality development of China's remote sensing technology.
王晋年;周致;王卓;王猛;李志忠;童庆禧;郝情情;龙晓平;童战波;李真;鞠星
广州大学,广东 广州 510006广州大学,广东 广州 510006广东省天垣科技有限公司,广东 广州 511363中国冶金地质总局矿产资源研究院,北京 101300西北大学,陕西 西安 710075||广东省天垣科技有限公司,广东 广州 511363中国科学院空天信息创新研究院,北京 100101中国冶金地质总局矿产资源研究院,北京 101300西北大学,陕西 西安 710075广东省天垣科技有限公司,广东 广州 511363广州大学,广东 广州 510006中国自然资源航空物探遥感中心,北京 100083
天文与地球科学
遥感卫星体系智能化技术新兴应用场景产业化未来勘探系统智能钻探
remote sensingsatellite systemsintelligent technologyemerging application scenariosindustrializationfuture exploration systemintelligent drilling
《地质与勘探》 2026 (2)
216-228,13
国家自然科学基金重点项目(编号:42330106)资助.
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