To deliver three-dimension (3D) video services through the current two-dimension (2D)
broadcasting systems, the frame compatible packing formats of views with depth maps will …

The ability to distribute 3D video and audio in traditional television channels is key to deliver
three dimensional (3D) virtual reality (VR) broadcasting services, which allows a limited …

Prospective 3D video transmission systems that would use compression of both multiview
video and depth maps was dealt with in this paper. To get the optimal synthesized view …

With the advancement of 3D display technology, the original 3D stereo-view systems
requiring 3D glasses have evolved to multiple-view naked-eyes 3D displays. For 2D …

Abstract Three-dimensional (3D) video technology has gained immense admiration in
recent times due to its numerous applications, particularly in the television and cinema …

In the multiview video plus depth (MVD) coding format, both texture and depth views are
jointly compressed to represent the 3-D video content. The MVD format enables synthesis of …

For multi-view video plus depth (MVD) coding in 3D video (3DV) applications, texture videos
and depth maps of a few reference viewpoints should be compressed and transmitted. The …

In the multi-view video plus depth 3D video coding, texture image and depth map are coded
jointly. The texture image is utilized for displaying and synthesizing the virtual view as …

This paper proposes an novel disparity-mapbased rendering (DMBR) method to provide
consumers with depth-preserving 3D services. The bit-rate for the transmission of additional …

Multiview video plus depth (MVD) is a new 3D video format that would support 3D video
applications. The primary goals are the high-quality reconstruction of an arbitrary number of …