Material based salient object detection from hyperspectral images
作者:
Highlights:
• To the best of our knowledge, this is the first time that salient objects are detected based on extracting explicit material property embedded in the spectral responses via retrieval of endmembers and estimating their abundance.
• The novelty also comes from adopting hyperspectral unmixing model as a preprocessing step for salient object detection. This allows the spatial distribution of endmembers be estimated, so the method is capable of dealing with mixed spectral responses in low spatial resolution hyperspectral images.
• Different from existing hyperspectral salient object detection methods, we developed a novel method to fuse both local and global features for hyperspectral salient object detection.
• We built a hyperspectral image dataset for salient detection, which contains mixed objects with similar color but different materials.
摘要
•To the best of our knowledge, this is the first time that salient objects are detected based on extracting explicit material property embedded in the spectral responses via retrieval of endmembers and estimating their abundance.•The novelty also comes from adopting hyperspectral unmixing model as a preprocessing step for salient object detection. This allows the spatial distribution of endmembers be estimated, so the method is capable of dealing with mixed spectral responses in low spatial resolution hyperspectral images.•Different from existing hyperspectral salient object detection methods, we developed a novel method to fuse both local and global features for hyperspectral salient object detection.•We built a hyperspectral image dataset for salient detection, which contains mixed objects with similar color but different materials.
论文关键词:Salient object detection,Hyperspectral imaging,Material composition,Hyperspectral unmixing,Spectral-spatial distribution
论文评审过程:Received 15 February 2017, Revised 22 October 2017, Accepted 19 November 2017, Available online 28 November 2017, Version of Record 21 December 2017.
论文官网地址:https://doi.org/10.1016/j.patcog.2017.11.024