近幾十年來，多視角立體電視的需求日漸提高，然而，目前立體視訊廣播仍然使用舊有的裝置，幀兼容格式是第一個會遇到的問題，其中紋理搭配對應景深的格式被認為是可能的選項之一，但是這樣的封裝格式卻因為景深的縮放，導致再接收端得到不正確的景深資訊，而影響最後合成視角的品質。因此，為了克服這個問題，我們提出了一個基於紋理與深度一致性的封裝格式，利用此方法，我們可以在接收端得到較正確的景深，尤其是在靠近邊界的區域，近而使的合成視角的影像品質得到提升。最後，在實驗設計上，利用3組MPEG的立體測試序列模擬影像封裝的過程，我們證實提出的方法相較於現有的格式更能擁有正確的景深。此外，也藉由深度影像繪圖的方法產生合成視角的影像，由我們方法中重建的景深所合成的視角亦能獲得較佳的影像品質。

In recent decades, the requirement of the multi-view 3D TV rises. The 3D videos service, which is widespread to everywhere through cable, terrestrial channels and the Internet, becomes the important issue recently. The frame compatible format is the first difficulty. The texture and corresponding depth are considered to be one of the possible options. However, such packing formats have depth errors at the receiver side due to the sampling of the depth images, which leads to poor image quality of the synthesis views. To overcome the depth errors problem, in this thesis, we propose a packing format, which reconstructs the depth images based on texture and depth consistency. Experimental results, which were carried out with three 3D MPEG test sequences in simulation of packing procedure, show that we can obtain more correct reconstructed depth images at receiver side, especially in the area near the border. In addition, the proposed method can also have better image quality of synthesis views by DIBR technique.

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