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Deep belief active contours (DBAC) with its application to oil spill segmentation from remotely sensed sea surface imagery

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Antennas; Deep neural networks; Marine pollution; Oil spills; Surface waters; Active contour segmentation; Active contours; Hausdorff distance; ITS applications; Object segmentation; Ocean environment; Precision rates; State-of-the-art methods; Image segmentation; algorithm;… Click to show full abstract

Antennas; Deep neural networks; Marine pollution; Oil spills; Surface waters; Active contour segmentation; Active contours; Hausdorff distance; ITS applications; Object segmentation; Ocean environment; Precision rates; State-of-the-art methods; Image segmentation; algorithm; artificial neural network; contour map; database; machine learning; oil spill; remote sensing; satellite imagery; sea surface; segmentation; unsupervised classification

Keywords: oil spill; segmentation; active contours; sea surface; oil

Journal Title: Photogrammetric Engineering and Remote Sensing
Year Published: 2018

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