Canadian Progress Toward Marine and Coastal Applications of Synthetic Aperture Radar

Canadian Progress Toward Marine and Coastal Applications of Synthetic Aperture Radar
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DOI:
10.4095/219553
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发表时间:
2000
影响因子:
0.2
通讯作者:
P. Vachon;P. Adlakha;H. Edel;M. Henschel;B. Ramsay;D. Flett;M. Rey;G. Staples;Sylvia J. Thomas
P. Vachon;P. Adlakha;H. Edel;M. Henschel;B. Ramsay;D. Flett;M. Rey;G. Staples;Sylvia J. Thomas
中科院分区:
--
文献类型:
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作者:
P. Vachon;P. Adlakha;H. Edel;M. Henschel;B. Ramsay;D. Flett;M. Rey;G. Staples;Sylvia J. Thomas

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随着雷达卫星1号目前的运行和雷达卫星2号的批准,加拿大正在开始开发合成孔径雷达的应用,这些应用需要按照运行时间表进行成像。海冰监测现已被证明是一种接近实时的应用,合成孔径雷达图像在海洋和沿海的新作用正在出现。虽然一些图像质量和校准问题仍有待解决,但船只探测和沿海风场检索目前正处于示范阶段,加拿大私营部门的参与很大。(关键词:冰,海洋,SAR,船,风。
ith Radarsat-1 presently in operation and Radarsat-2 approved, Canada is starting to develop synthetic aperture radar (SAR) applications that require imagery on an operational schedule. Sea ice surveillance is now a proven near–real-time application, and new marine and coastal roles for SAR imagery are emerging. Although some image quality and calibration issues remain to be addressed, ship detection and coastal wind field retrieval are now in demonstration phases, with significant participation from the Canadian private sector. (Keywords: Ice, Ocean, SAR, Ship, Wind.)