Digital watermarking is an effective technique for the digital rights management (DRM) of
three-dimensional (3D) videos, which is still a crucial issue in the field of 3D televisions. The …

Estimating scene depth from a single monocular image is a crucial component in computer
vision tasks, enabling many further applications such as robot vision, 3-D modeling, and …

Digital rights management (DRM) of depth-image-based rendering (DIBR) 3D video is an
emerging area of research. Existing schemes for DIBR 3D video cause video distortions, are …

The random walk, proposed in 1905, was applied into the field of computer vision in 1979.
Subsequently, more and more researchers paid their attention to this new method. Recently …

Zero-watermarking is a key technique for achieving lossless and flexible copyright protection
of depth image-based rendering (DIBR) videos. Existing approaches extract features of both …

We propose a nonlocal random walks (NRW) algorithm to generate accurate depth from 2D
images based on user interaction. First, a graphical model is proposed where edges are …

Despite the success of watermarking technique for protecting depth image-based rendering
(DIBR) 3-D videos, existing methods still can hardly ensure the robustness against …

This paper studies the influence of fog on traffic sign detection algorithms used in intelligent
driver assistance systems. Previous studies are all based on synthetic images. In this work …

Semiautomatic 2D‐to‐3D conversion plays an important role in generating 3D contents for
display. However, most existing methods assume that user scribbles are perfectly correct …

The conversion of monoscopic footage into stereoscopic or multiview content is a difficult
and time consuming task. A number of semi-automatic methods have been developed to …