首页> 外文会议>European Space Agency;Living planet symposium;EUMETSAT;European Commission >OIL SPILL DETECTION AND CHARACTERIZATION USING FULLY-POLARIMETRIC X AND C BAND SAR IMAGERY: A NEAR REAL TIME PERSPECTIVE
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OIL SPILL DETECTION AND CHARACTERIZATION USING FULLY-POLARIMETRIC X AND C BAND SAR IMAGERY: A NEAR REAL TIME PERSPECTIVE

机译:利用全极化X和C带SAR成像技术进行溢油检测和表征:近乎实时的观察

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We explores the possibilities and advantages of quad polarimetricSAR data for the purpose of oil spill detectionand discrimination of different types of slicks and lookalikes.An array of polarimetric features derived fromthe Pauli and lexicographic basis scattering matrices havebeen proposed. Those sets of features are then used totrain and validate an Artificial Neural Network classifier.On a dataset of near-coincident TerraSAR-X (TS-X) andRADARSAT-2 (RS-2) acquisitions, we perform a featureanalysis in terms of relevance and redundancy for oil slickcharacterization and ranked according to their ability todiscriminate between oil spills and look-alikes. Polarimetricfeatures such as Scattering diversity, Surface scatteringfraction, Entropy and Span proved to be more discriminativethan other polarimetric features.
机译:我们探索了四极化SAR数据用于漏油检测和区分不同类型的浮油和类油的可能性和优势。提出了一系列由Pauli和字典法基础散射矩阵得出的极化特征。然后将这些特征集用于训练和验证人工神经网络分类器。在接近重现的TerraSAR-X(TS-X)和RADARSAT-2(RS-2)数据集上,我们根据相关性和浮油特性的冗余,并根据其区分溢油和相似性的能力进行排名。极化特征(例如散射分集,表面散射分数,熵和跨度)比其他极化特征更具区分性。

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