Author(s)

Mohammad Rafiq Swash, Amar Aggoun, Obaidullah Abdul Fatah, Bei Li

Department of Electronic and Computer Engineering, College of Engineering, Design and Physical Sciences, Brunel University, London, UK.

Recently, 3D display technology, and content creation tools have been undergone rigorous development and as a result they have been widely adopted by home and professional users. 3D digital repositories are increasing and becoming available ubiquitously. However, searching and visualizing 3D content remains a great challenge. In this paper, we propose and present the development of a novel approach for creating hypervideos, which ease the 3D content search and retrieval. It is called the dynamic hyperlinker for 3D content search and retrieval process. It advances 3D multimedia navigability and searchability by creating dynamic links for selectable and clickable objects in the video scene whilst the user consumes the 3D video clip. The proposed system involves 3D video processing, such as detecting/tracking clickable objects, annotating objects, and metadata engineering including 3D content descriptive protocol. Such system attracts the attention from both home and professional users and more specifically broadcasters and digital content providers. The experiment is conducted on full parallax holoscopic 3D videos “also known as integral images”.

Holoscopic 3D Image, Integral Image, 3D Video, 3D Display, Video Search and Retrieval, Hyperlinker, Hypervideo

Swash, M. , Aggoun, A. , Fatah, O. and Li, B. (2016) Dynamic Hyperlinker: Innovative Solution for 3D Video Content Search and Retrieval. Journal of Computer and Communications, 4, 10-23. doi: 10.4236/jcc.2016.46002.