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Design and Implementation of a Face Location and Five Sense Organs Marking software

机译:设计与实现面部位置和五种读取器官标记软件

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Face recognition technology is a significant branch of the study of artificial intelligence, the recognition precision is easily affected by facial expressions, skin colors, beam angles in the images and apparels. This essay tests human face images in the format of 24 BMP and realizes face location and mark of five sense organs. Firstly, color space model is adopted to set up skin color distribution model to segment skin regions; secondly, the obtained regions are judged and screened preliminarily, and optimized based on the characteristics of segmented regions with region optimization algorithm of depth-width ratio, rejecting the region with the similar color of the skin caused by some disturbing factors and other naked parts of the body, through which the rough region of human face could be attained and face location could be realized; finally, five organs of the obtained face region is located with the method of grey level region in combination with searching rectangle.
机译:面部识别技术是人工智能研究的重要分支,识别精度容易受面部表情,肤色,图像和服装中的光束角度的影响。 本文以24 BMP的格式测试人脸图像,实现了五种感觉器官的面部位置和标记。 首先,采用彩色空间模型将肤色分布模型设置为段皮肤区域; 其次,所获得的区域是初步判断和筛选的,并基于深度宽度比具有区域优化算法的分段区域的特性进行了优化,抑制了由一些令人不安的因素和其他裸体部分引起的皮肤颜色相似的区域 可以实现人脸的粗糙区域,可以实现人脸的粗糙区域,并且可以实现面部位置; 最后,所获得的面部区域的五个器官与搜索矩形组合的灰度区域的方法。

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