English

Beyond Semantic Image Segmentation : Exploring Efficient Inference in Video

Computer Vision and Pattern Recognition 2015-07-13 v1

Abstract

We explore the efficiency of the CRF inference module beyond image level semantic segmentation. The key idea is to combine the best of two worlds of semantic co-labeling and exploiting more expressive models. Similar to [Alvarez14] our formulation enables us perform inference over ten thousand images within seconds. On the other hand, it can handle higher-order clique potentials similar to [vineet2014] in terms of region-level label consistency and context in terms of co-occurrences. We follow the mean-field updates for higher order potentials similar to [vineet2014] and extend the spatial smoothness and appearance kernels [DenseCRF13] to address video data inspired by [Alvarez14]; thus making the system amenable to perform video semantic segmentation most effectively.

Keywords

Cite

@article{arxiv.1507.01578,
  title  = {Beyond Semantic Image Segmentation : Exploring Efficient Inference in Video},
  author = {Subarna Tripathi and Serge Belongie and Truong Nguyen},
  journal= {arXiv preprint arXiv:1507.01578},
  year   = {2015}
}

Comments

CVPR 2015 workshop WiCV : Extended Abstract

R2 v1 2026-06-22T10:06:45.991Z