This paper introduces a solution for enhancing depth perception in a given 3D computer-
generated scene. For this purpose, we propose a framework that decides on the suitable …

Existing perceptual researches on stereoscopic image mainly focus on proving the
effectiveness of binocular suppression theory in reducing bandwidth during asymmetrical …

Because the chain of events in 3D imaging is vulnerable to different context-and technology-
specific variables, it is important to understand the extent to which users can accept feature …

In comparison with the generation of monoscopic images, the time cost of rendering
stereoscopic images is doubled. When generating stereoscopic images by computer …

A need to apply the massively parallel computing paradigm in embedded real-time systems
is foreseen. Such applications put new demands on massively parallel systems, different …

Several methods, such as 3D image warping, have been employed to approximate the
stereo effect from one image without full physically based rendering. However, these …

This work proposes a new stereo shading architecture that enables adaptive shading rates
and automatic shading reuse among triangles and between two views. The proposed …

Three-dimensional (3D) video technologies are becoming increasingly popular, as they can
provide high quality and immersive experience to end users, where depth maps are …

As the demand for stereo 3D content increases in the various fields, many types of devices
for displaying stereo contents have been developed such as TVs, laptops, and mobile …

The number of products capable of displaying stereoscopic (also known as 3D) images has
been growing in recent years. The use of this technology has outgrown the silver screen and …