为了得到准确、稠密的视差图，提出了一种利用自适应能量聚集和动态规划的立体匹配算法。
In order to get precise and dense disparity maps, a stereo matching algorithm using adaptive cost aggregation and dynamic programming is proposed.
由运动传感器驱动的动态桌面视差效果， 带来深度的全新体验， 还是深度。
The iPhone responding to your movements drives the parallax to create a whole new experience of depth.
最后通过动态规划寻找最优路径来获得匹配点和遮挡点的视差，从而得到稠密视差图。
Finally, the disparity of both matched and occluded points are obtained through finding the optimal path using dynamic programming, and the dense disparity map is obtained.
最后通过动态规划寻找最优路径来获得匹配点和遮挡点的视差，从而得到稠密视差图。
Finally, the disparity of both matched and occluded points are obtained through finding the optimal path using dynamic programming, and the dense disparity map is obtained.
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