基于二阶马尔可夫和维纳预测器线性组合的视频图像人体皮肤检测改进算法

Liu Yun, Wang Chuan-xu
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引用次数: 1

摘要

在色彩空间中,人类皮肤的颜色分布比较紧凑。假设每一帧中的皮肤像素作为“点云”封闭在一起,“点云”在颜色空间中从一帧到另一帧的形状演变参数化为平移、缩放和旋转。提出由二阶马尔可夫预测器和维纳一步预测器组成的线性组合预测器代替单一预测器对待分割的下一帧的参数进行预测,并利用人体皮肤的生物特征去除伪装噪声。大量的实验证明,该算法对人体颜色非常敏感,对贝叶斯分类器的人体皮肤分割更加准确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Improved Algorithm of Human Skin Detection in Video Image Based on Linear Combination of 2-order Markov and Wiener Predictor
Human skin color distribution is relatively compact in a color space. That skin pixels in each frame are closed together as a ¿dot cloud¿ is hypothesized, the shape evolution of ¿dot cloud¿ in the color space from frame to frame is parameterized as translation, scaling and rotation. The linear combination of forecasts, which is consisted of 2-order Markov predictor and Wiener one step predictor, is proposed instead of single predictor to predict these parameters for the next frame which is to be segmented, and human skin biological feature is then adopted to remove camouflage noise. Extensive tests prove that this algorithm is quite sensitive to human color, and more accurate for human skin segmentation with Bayes classifier.
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