利用Phyton编程语言实现人脸检测

bit-Tech Pub Date : 2023-08-25 DOI:10.32877/bt.v6i1.893
Yongming Ceng, Phyton Yolo
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引用次数: 0

摘要

自2019年大流行开始以来,印度尼西亚的人们被要求戴口罩。虽然到目前为止大流行已经结束,但仍然非常需要使用口罩,例如保持健康,避免空气污染等。在检测口罩用户时,需要一个可以帮助人类工作的应用程序。目前,Python编程语言被广泛用于构建计算机视觉领域的应用程序,其中之一就是这个人脸检测应用程序。这个应用程序将检测口罩用户,无论他们是否戴口罩。这个开发的应用程序使用了使用Larxel开发的面罩检测数据集的Yolo模型,其中Yolo模型可以在提供的数据集上工作。测试结果表明,Yolo模型识别掩码用户的准确率在90%以上。第二组实验对多张口罩使用者的人脸进行检测,Yolo模型能够识别出口罩使用者和非口罩使用者,平均准确率为91.75%。在未来的研究中,还希望使用除Yolo之外的其他模型,并对多个模型进行比较,对每个模型存在的问题进行改进,并使用实时数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Face Mask Detection Using Phyton Programming Language
Since the beginning of the pandemic in 2019, people in Indonesia have been required to wear masks. Although until now the pandemic has ended, the need to use masks is still very much needed such as to maintain health, avoid air pollution and others. In detecting mask users, an application is needed that can help human work. Currently, the Python programming language is widely used to build applications in the field of computer vision, one of which is this face mask detection application. This application will detect mask users, whether they are wearing a mask or not. This developed application uses the Yolo model using the Face Mask Detection dataset developed by Larxel, where the Yolo model can work on the dataset provided. The test results show that the Yolo model can recognize mask users with an accuracy value above 90%. The second experiment was carried out to detect several faces of mask users, the Yolo model can recognize mask users or not with an average accuracy value of 91.75%. For future research, it is also expected to use other models besides Yolo and make comparisons of several models and make improvements to the problems that exist in each model and use real time data.
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