While much of multiview video coding focuses on the rate-distortion performance of
compressing all frames of all views for storage or non-interactive video delivery over …

Due to the vast raw bit rate of multiview video, efficient compression techniques are
essential for 3D scene communication. As the video data originate from the same scene, the …

In this paper we tackle the problem of stereo image compression, and leverage the fact that
the two images have overlapping fields of view to further compress the representations. Our …

The encoding of both texture and depth maps of multiview images, captured by a set of
spatially correlated cameras, is important for any 3-D visual communication system based …

By transmitting texture and depth videos captured from two nearby camera viewpoints, a
client can synthesize via depth-image-based rendering (DIBR) any freely chosen …

In multi-view video coding, since inter-view prediction has been adopted as an important
coding tool which could improve coding efficiency greatly, inter-view dependency is …

Multi-view video coding (MVC) is an ongoing standard in which variable size disparity
estimation (DE) and motion estimation (ME) are both employed to select the best coding …

In interactive multiview video streaming (IMVS), a user observes one view at a time, but can
periodically switch to a desired neighboring captured view as the video is played back in …

High-spatial-resolution videos offer the possibility of viewing an arbitrary region-of-interest
(RoI) interactively. The user can pan/tilt/zoom while watching the video. This chapter …

We investigate coding tools for interactive multiview streaming (IMVS), where clients
interactively request desired views for successive video frames, and in response the server …