AI Based Identification of Gender from Images Based on Facial Features using CNN and OPENCV

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Abstract

The main objective of this paper is to classify the gender based on different facial features such as eyes, nose, mouth, overall features such as face contour, head shape, hair line etc. The gender classification algorithm uses machine learning technique (supervised learning). In this case the algorithm is trained on a set of male and female faces and then used to classify new data. In this paper, face detection and gender classification methods are combined. The face detection acts as a pre- processing operation to the gender classifier that determines the gender. There are multiple methods in which facial recognition systems work, but in general, they work by comparing selected facial features from a given image with faces within a database. It is also described as a Biometric Artificial Intelligence based application that can uniquely identify a person by analyzing patterns based on the person's facial textures and shape. Automated gender recognition plays an important role in many application areas such as human computer interaction, biometric, surveillance, demographic statistics etc. Existing systems has a disadvantage in accuracy. Though there are many algorithms in Present system are being developed and implemented to achieve accuracy in identifying gender the results arestill unsatisfactory. Proposed system has an advantage of accuracy. The accuracy achieved in this system is impressive compared to the existing system. CNN algorithm gives better accuracy compared to other algorithms
基于CNN和OPENCV的基于人脸特征的图像性别识别
本文的主要目的是根据不同的面部特征,如眼睛,鼻子,嘴巴,整体特征,如面部轮廓,头型,发线等进行性别分类。性别分类算法使用机器学习技术(监督学习)。在这种情况下,算法在一组男性和女性面孔上进行训练,然后用于对新数据进行分类。本文将人脸检测与性别分类相结合。人脸检测作为性别分类器的预处理操作来确定性别。面部识别系统有多种工作方法,但一般来说,它们是通过将给定图像中的选定面部特征与数据库中的人脸进行比较来工作的。它也被描述为一种基于生物识别的人工智能应用,可以通过分析基于人的面部纹理和形状的模式来唯一地识别一个人。性别自动识别在人机交互、生物识别、监测、人口统计等诸多应用领域发挥着重要作用。现有的系统在精度上有缺点。虽然目前系统中有许多算法正在开发和实现,以实现性别识别的准确性,但结果仍然令人不满意。该系统具有精度高的优点。与现有系统相比,该系统取得的精度令人印象深刻。与其他算法相比,CNN算法给出了更好的准确率
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