Abstract Depth-Image-Based-Rendering (DIBR) techniques are essential for three-
dimensional (3D) video applications such as 3D Television (3DTV) and Free-Viewpoint …

Three-dimensional television (3DTV) is believed to be the future of television broadcasting
that would replace current 2D HDTV technology. Future 3DTV would bring a more life-like …

In this paper, a space-time hole filling approach is presented to deal with a disocclusion
when a view is synthesized for the 3D video. The problem becomes even more complicated …

For an XR environment to be used on a real-life task, it is crucial all the contents are created
and delivered when we want, where we want, and most importantly, on time. To deliver an …

In this paper we present a novel image quality assessment technique for evaluating virtual
synthesized views in the context of multi-view video. In particular, Free Viewpoint Videos are …

We present a multi-scale deep convolutional neural network (CNN) for the task of automatic
2D-to-3D conversion. Traditional methods, which make a virtual view from a reference view …

The popularity of 360° videos has grown immensely in the last few years. One probable
reason is the availability of low-cost devices and ease in capturing them. Additionally, users …

RGB-D sensors are relatively inexpensive and are commercially available off-the-shelf.
However, owing to their low complexity, there are several artifacts that one encounters in the …

This paper proposes a real-time (performance of at least 30 fps for full-HD video) Depth-
Image-based Rendering (DIBR) approach for stereoscopic 3DTV using OpenCL. Many …

This paper proposes a 2D-to-3D video conversion network, which aggregate the information
of adjacent frames to synthesize the novel view. To solve the occlusion problem in novel …