Depth image-based rendering (DIBR) is a process that uses one 2-D color image and its
associated depth map to render virtual view 3-D images. One of the main problems in DIBR …

Although the three-dimensional television is popular for its stereoscopy, the fatigue caused
by the prolonged watching of 3DTV should not be underestimated. Electroencephalogram …

This paper surveys major techniques in 3D communications area, which covers the whole
pipeline of the 3D video communication framework, including 3D content creation, data …

Three-dimensional television (3D-TV) has gained increasing popularity in the broadcasting
domain, as it enables enhanced viewing experiences in comparison to conventional two …

This paper presents results for full and mixed resolution stereo video coding including
subjective and objective evaluation for 3DTV on mobile devices. For this, objective as well …

This paper presents a novel rate control technique for multiview video plus depth (MVD)
based 3D video coding. In the proposed rate control technique, an image-stitching method is …

In this paper, we focus on efficient compression and streaming of frames rendered from a
dynamic 3D model. Remote rendering and on‐the‐fly streaming become increasingly …

Cameras that can acquire a continuous stream of depth images are now commonly
available, for instance the Microsoft Kinect. It may seem that one should be able to stream …

The depth-based image rendering (DIBR) uses monoscopic image with its corresponding
depth map to generate stereoscopic images for 3DTV. The main difficulty in the DIBR is that …

In this paper, we present a novel depth sensation enhancement algorithm considering the
behavior of human visual system toward stereoscopic image displays. On the basis of the …