Fingertip detection based on Freeman chain code analysis

Yihong Wang, Jiaming Wang
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Abstract

In order to meet the requirements of real-time fingertip positioning and detection in some scenes, a fingertip detection method based on Freeman chain code analysis is proposed in this paper. Firstly, the image collected by the camera needs to be preprocessed. The edge information of the palm is obtained by median filtering, analyzing the skin color space, binarization and morphological processing. The Freeman chain code of the hand contour is obtained by contour tracking calculation. After the convex points of the chain code of the hand contour are repaired, the matching points are analyzed according to the chain code difference, so as to realize the function of fingertip detection. The test shows that the fingertip detection based on Freeman chain code can detect the fingertip position quickly and accurately, and has good detection performance.
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基于Freeman链码分析的指尖检测
为了满足某些场景中实时定位和检测指尖的需求,本文提出了一种基于Freeman链码分析的指尖检测方法。首先,对摄像机采集到的图像进行预处理。通过中值滤波、肤色空间分析、二值化和形态学处理得到手掌边缘信息。通过轮廓跟踪计算,得到了手轮廓的弗里曼链编码。对手部轮廓链码的凸点进行修复后,根据链码差异分析匹配点,从而实现指尖检测功能。实验表明,基于Freeman链码的指尖检测能够快速准确地检测出指尖位置,具有良好的检测性能。
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