| Summary: | 碩士 === 國立臺北科技大學 === 電腦與通訊研究所 === 101 === The contents which conform the stereoscopic display reach a great quantity demand when the stereoscopic display continuously innovates. Nevertheless, the formats of stereoscopic display are dissimilar. Therefore, some research proposed the DIBR (Depth-Image-Based Rendering) technology which could generate virtual views from reference view and associated depth map to match the format of stereoscopic display. However, the reference view doesn’t contain all information of virtual views. If we synthesized the virtual views, it would result in the hole region in virtual views. Consequently, it would make viewers uncomfortable when viewing stereoscopic images.
In order to comfort viewers’ perception, we endeavored to improve the quality of virtual view.
In the cause of obtaining the better 3D effect as well, we pre-processed the depth map to reduce the inaccurate edge of depth map. Then we introduced parallax modification algorithm to divide the enormous hole region into one-pixel-width holes. After parallax modification, we adopted the nearest interpolation algorithm and Telea inpainting algorithm to fill hole regions. Furthermore, we adopted hardware design to implement the DIBR system for real-time processing and applied in consuming electronic products as well.
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