Alopecia Pattern Detection in Males using Classical Machine Learning

Jyoti Madke, Mrunal Sondur, S. Bhatlawande
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Abstract

Alopecia is a problem faced by many adults under a certain age, sometimes due to hereditary reasons and others due to mental health factors. Medical clinics have proven to be a great help, but unfortunately, Alopecia is detected in later stages due to the lack of action from both sides. For many such reasons adult life may seem exigent. This research study presents a Machine Learning and computer vision-based approach for identifying the level of alopecia a male is suffering through the detection of the type. The Daegu University dataset was compiled with a hair segemneation data set available on male hair images. The balding pattern features are extracted using an ORB detector and descriptor. The large dimensions of the feature vector were optimized using K-means clustering and PCA. The paper represents an analysis of the classification performance of different classifiers such as KNN and SVM (poly) which observed an accuracy of81% and 78% respectively for balding pattern detection.
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基于经典机器学习的男性脱发模式检测
脱发是许多不到一定年龄的成年人都面临的问题,有时是由于遗传原因,有时是由于心理健康因素。医疗诊所已被证明是一个很大的帮助,但不幸的是,由于双方缺乏行动,脱发在后期才被发现。由于许多这样的原因,成年人的生活似乎很紧迫。本研究提出了一种基于机器学习和计算机视觉的方法,通过检测脱发类型来识别男性脱发的程度。大邱大学的数据集是用男性头发图像的头发分割数据集编制的。使用ORB检测器和描述符提取秃顶模式特征。采用k均值聚类和主成分分析法对特征向量的大维度进行优化。本文分析了不同分类器的分类性能,如KNN和SVM (poly),分别观察到秃顶模式检测的准确率为81%和78%。
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