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City Berlin / Santorini Symposium / Santorini / / Company Laplacian / Posts & Telecommunications Press / Sobel / Robert / / Country Germany / Japan / Jordan / United States / China / Greece / / Currency pence / SAR / / / Facility Ocean University of China / Hongping Li Key Laboratory of Ocean Remote Sensing / Ocean Remote Sensing Institute / / IndustryTerm gradient operator / internal wave feature extraction algorithm / post processing / good edge extraction tool / statistical applications / excellent edge detection tool / non-stationary signal processing / reconstruction algorithm / image processing / radar satellite / morphological thinning algorithm / fine analysis tool / post-processing / morphological algorithm / Satellite remote sensing / threshold processing contrast adjustment / satellite missions / / MusicGroup LL / LL / LH / HL / / NaturalFeature China Seas / South China sea / Sulu Sea / East sea / Dongsha island / East China Sea / Yellow Sea / / Organization Ocean Remote Sensing Institute / Patter Analysis and Machine Intelligence / Ocean University of China / Ministry of Education / Pattern Analysis and Machine Intelligence / / Person Werner Alpers / Roland Doerffer / ESA SP / Ming-Xia He / Xiaodong Zhuang / / Position Nason G. P. / numerical model / International Journal / / PublishedMedium the Sulu Sea Journal / / Region South China / East China / / Technology Remote Sensing / Mallat algorithm / proposed SWT algorithm / ESA / image processing / morphological thinning algorithm / thinning algorithm / reconstruction algorithm / internal wave feature extraction algorithm / chenhh@orsi.ouc.edu.cn ABSTRACT An Internal Wave Feature Extraction（IWFE）algorithm / IWFE algorithm / SAR technology / / SocialTag 
SP-611 Dragon Programme Mid-Term results