GrabCut-based human segmentation in video sequences

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Abstract

In this paper, we present a fully-automatic Spatio-Temporal GrabCut human segmentation methodology that combines tracking and segmentation. GrabCut initialization is performed by a HOG-based subject detection, face detection, and skin color model. Spatial information is included by Mean Shift clustering whereas temporal coherence is considered by the historical of Gaussian Mixture Models. Moreover, full face and pose recovery is obtained by combining human segmentation with Active Appearance Models and Conditional Random Fields. Results over public datasets and in a new Human Limb dataset show a robust segmentation and recovery of both face and pose using the presented methodology. © 2012 by the authors; licensee MDPI, Basel, Switzerland.

Figures

  • Figure 1. Overall block diagram of the methodology.
  • Figure 2. STGrabcut pipeline example: (a) Original frame, (b) Seed initialization, (c) GrabCut, (d) Probabilistic re-assignment, (e) Refinement and (f) Initialization mask for ft+1.
  • Figure 3. From left to right: left, middle-left, frontal, middle-right and right mesh fitting.
  • Figure 4. (a) Samples of the cVSG corpus and (b) UBDataset image sequences, and (c) HumanLimb dataset.
  • Figure 5. Human Limb dataset labels description.
  • Table 1. GrabCut and ST-GrabCut Segmentation results on cVSG corpus.
  • Figure 6. Segmentation examples of (a) UBDataset sequence 1, (b) UBDataset sequence 2 and (c) cVSG sequence.
  • Figure 7. Samples of the segmented cVSG corpus image sequences fitting the different AAM meshes.

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CITATION STYLE

APA

Hernández-Vela, A., Reyes, M., Ponce, V., & Escalera, S. (2012). GrabCut-based human segmentation in video sequences. Sensors (Switzerland), 12(11), 15376–15393. https://doi.org/10.3390/s121115376

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