In this paper, we present a development of 3D-T DMB (three-dimensional digital multimedia broadcasting) receiver for providing 3D video and data service. First, for a 3D video service, the developed receiver is capable of decoding and playing 3D AV contents that is encoded by simulcast encoding method and that is transmitted via T-DMB network. Second, the developed receiver can render stereoscopic multimedia objects delivered using MPEG-4 BIFS technology that is also employed in T-DMB. Specially, this paper introduces hardware and software architecture and its implementation of 3D T-DMB receiver. The developed 3D T-DMB receiver has capabilities of generating stereoscopic viewing on the glasses-free 3D mobile display, therefore we propose parameters for designing the 3D display, together with evaluating the viewing angle and distance through both computer simulation and actual measurement. Finally, the availability of 3D video and data service is verified using the experimental system including the implemented receiver and a variety of service examples.
KSP Keywords
3D display, 3D video, Actual measurement, Computer simulation(MC and MD), Decision Tree(DT), Digital multimedia broadcasting, Encoding method, Hardware and software, Mpeg-4, Multimedia objects, Stereoscopic Video
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