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A 2D amplitude-modulation frequency-modulation representation for motion estimation

机译:用于运动估计的2D调幅调频表示

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We present a new approach for motion estimation from digital videos based on the use of 2D amplitude-modulation frequency-modulation (AM-FM) models. The proposed approach uses an AM-FM representation to derive AM and FM based equations that can be applied to two consecutive frames to derive motion estimates. We test the proposed method using complex synthetic examples, with both amplitude-modulated and frequency-modulated components, for both sinusoidal, periodic motions and constant motion and compare against the popular Horn-Schunk and Lucas and Kanade method. Compared to the standard Horn-Schunk and Lucas and Kanade methods, the proposed approach leads to dramatic reductions in the mean-squared error for both constant, translational motion (from 19.73% to 95.46% reduction) and complex sinusoidal, periodic motions (up to 67.95% reduction).
机译:我们提出了一种基于2D幅度调制频率调制(AM-FM)模型的数字视频运动估计新方法。所提出的方法使用AM-FM表示来得出基于AM和FM的方程,该方程可应用于两个连续帧以得出运动估计。我们使用复杂的合成示例(包括振幅调制和频率调制的分量)对正弦,周期性运动和恒定运动进行测试,并与流行的Horn-Schunk和Lucas和Kanade方法进行比较。与标准的Horn-Schunk和Lucas和Kanade方法相比,所提出的方法导致恒定的平移运动(从19.73%降低到95.46%)和复杂的正弦周期运动(最大达到)的均方误差显着降低。减少67.95%)。

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