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星载合成孔径雷达的ScanSAR技术 被引量:4

THE ScanSAR TECHNIQUE FOR SATELLITE BORNE SYNTHETIC APERTURE RADAR
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摘要 星载扫描波束合成孔径雷达(ScanSAR)技术可以扩展星载合成孔径雷达一次通过观测地区时的观测带宽度。对ScanSAR成像的天线波束位置数目、扫描角度范围和方位分辨率等性能进行了分析,阐述了ScanSAR的某些设计考虑。 The ScanSAR technique would allow the SAR system to produce images of a swath of as much as 500km in a single pass of the satellite, compared with the maximum width of about 100km with a single beam in wide swath mode. The number of possible scanned beam positions, avaiable scan angle range, azimuth resolution, and the some design considerations of ScanSAR imaging are explained in this paper. The example for the ScanSAR imaging is also described.
作者 袁孝康
出处 《上海航天》 1997年第2期52-56,共5页 Aerospace Shanghai
关键词 合成孔径雷达 星载 雷达 成像 SAR radar ScanSAR technique Satellite borne SAR radar ScanSAR imaging
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同被引文献11

  • 1袁孝康.星载合成孔径雷达的高速数据传输问题[J].制导与引信,1995,16(4):8-14. 被引量:1
  • 2袁孝康,制导与引信,1995年,2期,8页
  • 3David S, Francesco H, Erich M, et al. Geometric and Radiometfic Calibration of RADARSAT Images [C], Proc. of Geomatics in the Era of RADARSAT, Ottawa, Canada,1997.
  • 4Zyl J J, Chapman B D, Dubois P. The effect of topography on SAR calibration [J]. IEEE Trans. Geoscience and Remote Sensing, 1993,31(5) :1036- 1043.
  • 5Jin M. Optimal range and doppler centroid estimation for a ScanSAR system[J]. IEEE Trans. on Geoscience and Remote Sensing, 1996,34(2) :479-488.
  • 6Martyn P. Calibration of the RADARSAT SWB processor at the Alaska SAR Facility[C]. Proc. IGARSS99, Hamburg,Germany, 1999.
  • 7Holecz F, Freeman A, van Zyl J. Topographic effects on the antenna gain pattern correction [C], Proc. of IEEE -IGARSS95,Florence, Italy, 1995.
  • 8Bast D C, Cumming I G. RADARSAT ScanSAR roll angle estimation[C], in Proc. IGARSS, Toronto, Canada, 2002:152 - 154.
  • 9Luscombe A P.Taking a broader view:Radarsat adds ScanSAR to its operation.Proc.IGARSS'88,Edinburgh,Scotland,Sept,1988:1027-1032.
  • 10Martyn P,Williams J,Nicoll J,Guritz R.Calibration of the Radarsat SWB processor at the Alaska SAR facility.IGARSS 1999,Hamburg,Germany,June 28-July 2,1999:2355-2359.

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