SRCNet: Seminal Image Representation Collaborative Network for Oil Spill Segmentation in SAR Imagery
Effective oil spill segmentation in Synthetic ApertureRadar (SAR) images is critical for marine oil pollution cleanup,and proper image representation contributes to effective learningfor accurate oil spill segmentation. In this paper, we propose aneffective oil spill segmentation network named SRCNet, which isconstructed by leveraging seminal SAR image representation toempower the learning capability of the proposed segmentationnetwork for accurate oil spill segmentation. Specifically, the imagerepresentation utilised in our proposed SRCNet originates fromSAR imagery, modelling with the internal characteristics of oilspill SAR image data, which therefore promotes effective learningfor accurate oil spill segmentation in the training process. Besides,to conduct enhanced oil spill segmentation, we construct theproposed SRCNet with a pair of deep neural nets that work ina competition manner, where one neural net strives to produceaccurate oil spill segmentation maps by drawing samples fromthe collaborated seminal image representation, while the othertries its best to distinguish between the produced and the truesegmentations. It is the competition and the image representationcollaborated that drives the proposed SRCNet to operate accurateoil spill segmentation efficiently with small amount of trainingdata. This establishes an economical and efficient way for oil spillsegmentation. Additionally, to further improve the segmentationperformance of the proposed SRCNet, a regularisation term thatpenalises the segmentation loss is devised, which encourages theproduced segmentation to approach the ground-truth segmen-tation, promoting the segmentation capability of the proposedSRCNet for accurate oil spill segmentation. Experimental eval-uations from different metrics validate the effectiveness of theproposed SRCNet for oil spill segmentation.
History
Author affiliation
College of Science & Engineering Comp' & Math' SciencesVersion
- AM (Accepted Manuscript)