航天返回与遥感
航天返迴與遙感
항천반회여요감
SPACECRAFT RECOVERY & REMOTE SENSING
2014年
1期
37-45
,共9页
张春晓%林招荣%姚毅刚%李福东%张卫卫
張春曉%林招榮%姚毅剛%李福東%張衛衛
장춘효%림초영%요의강%리복동%장위위
广域空中监视系统%被动成像%情报监视侦察%大视场%高分辨率%海量数据处理
廣域空中鑑視繫統%被動成像%情報鑑視偵察%大視場%高分辨率%海量數據處理
엄역공중감시계통%피동성상%정보감시정찰%대시장%고분변솔%해량수거처리
wide area airborne surveillance system%passive imaging%intelligence surveillance and re-connaissance%wide field of view%high resolution%massive-data processing
被动成像广域空中监视(Wide Area Airborne Surveillance, WAAS)系统因其良好的隐蔽性和动态监视的实时性、持久性及大面积覆盖,已成为情报监视侦察的重要工具,广泛应用于军事、民用领域。文章结合典型被动成像广域空中监视系统(如自动实时地面全部署侦察成像系统 ARGUS-IS)的特点,从光电传感器设计、数据传输与信息处理等方面阐述被动成像WAAS的系统特点及关键技术环节;重点分析了大视场高分辨率的实现方式、海量数据传输与存储、数据智能分析等制约被动成像WAAS性能的瓶颈技术,为被动成像WAAS的研制与应用提供了参考。
被動成像廣域空中鑑視(Wide Area Airborne Surveillance, WAAS)繫統因其良好的隱蔽性和動態鑑視的實時性、持久性及大麵積覆蓋,已成為情報鑑視偵察的重要工具,廣汎應用于軍事、民用領域。文章結閤典型被動成像廣域空中鑑視繫統(如自動實時地麵全部署偵察成像繫統 ARGUS-IS)的特點,從光電傳感器設計、數據傳輸與信息處理等方麵闡述被動成像WAAS的繫統特點及關鍵技術環節;重點分析瞭大視場高分辨率的實現方式、海量數據傳輸與存儲、數據智能分析等製約被動成像WAAS性能的瓶頸技術,為被動成像WAAS的研製與應用提供瞭參攷。
피동성상엄역공중감시(Wide Area Airborne Surveillance, WAAS)계통인기량호적은폐성화동태감시적실시성、지구성급대면적복개,이성위정보감시정찰적중요공구,엄범응용우군사、민용영역。문장결합전형피동성상엄역공중감시계통(여자동실시지면전부서정찰성상계통 ARGUS-IS)적특점,종광전전감기설계、수거전수여신식처리등방면천술피동성상WAAS적계통특점급관건기술배절;중점분석료대시장고분변솔적실현방식、해량수거전수여존저、수거지능분석등제약피동성상WAAS성능적병경기술,위피동성상WAAS적연제여응용제공료삼고。
Passive imaging Wide Area Airborne Surveillance (WAAS) system has become a significant manner of ISR(Intelligence Surveillance Reconnaissance) owing to its features:good concealment, large area coverage, real-time and persistent surveillance. This paper gives the features of typical WAAS systems (such as ARGUS-IS) and presents the characteristics and critical techniques of passive imaging wide area airborne surveillance. Those technical issues which affect WAAS’s performance are addressed emphatically, including the realization of high resolution with wide field of view, transmission and storage of massive data, the intelli-gent data analysis, etc.. This paper provides some ideas and reference for the domestic development and appli-cation of passive imaging WAAS.