Fine-granular motion matching for inter-view motion skip mode in multiview video coding
IEEE Transactions on Circuits and Systems for Video Technology
3D-TV: coding of disocclusions for 2D+depth representation of multi-view images
CGIM '08 Proceedings of the Tenth IASTED International Conference on Computer Graphics and Imaging
A novel multi-view image coding scheme based on view-warping and 3D-DCT
Journal of Visual Communication and Image Representation
A joint multi-view plus depth image coding scheme based on 3D-warping
Proceedings of the 1st international workshop on 3D video processing
Low-complexity video coding via power-rate-distortion optimization
Journal of Visual Communication and Image Representation
Depth-based direct mode for multiview video coding
Image Communication
Efficient early direct mode decision for multi-view video coding
Image Communication
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Global disparity between views is usually caused by the displacement between cameras, which can be accurately represented by a global geometric transformation. In this paper, we first propose an inter-view motion model in terms of the global geometric transformation to represent the motion correlation between two adjacent views. Specifically, the motion vector of a pixel in one view may be directly derived from that in another view according to the inter-view motion model. Further, we propose an inter-view direct mode to signal the decoder that the motion of a macroblock (MB) can be achieved from the coded view without any coding bits. The proposed inter-view direct mode is further incorporated in the existing multiview video coding (MVC) schemes (i.e., AVC-based MVC and 4-D wavelet-based MVC), working together with the other classical coding modes. The mode selection at each MB is accomplished with the rate-distortion optimization technique. The proposed inter-view direct mode can significantly reduce bits to code motion vectors especially at low bit rates, thus improving the coding efficiency