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Face Mask Recognition System with YOLOV5 Based on Image Recognition

机译:基于图像识别的Yolov5面部掩模识别系统

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The rapid development of computer vision makes human-computer interaction possible and has a wide application prospect. Since the discovery of the first case of COVID-19, the global fight against the epidemic has begun. In addition to various studies and findings by medical and health care experts, people's daily behaviors have also become key to combating the epidemic. In China, the government has taken active and effective measures of isolation and closure, as well as the active cooperation of the general public, such as it is unnecessary to stay indoors and wear masks. China, as the country with the first outbreak of the epidemic, has now become the benchmark country of epidemic prevention in the world. Of course, it is not enough for people to wear masks consciously. Wearing masks in all kinds of public places still needs supervision. In this process, this paper proposes to replace manual inspection with a deep learning method and use YOLOV5, the most powerful objection detection algorithm at present, to better apply it in the actual environment, especially in the supervision of wearing masks in public places. The experimental results show that the algorithm proposed in this paper can effectively recognize face masks and realize the effective monitoring of personnel.
机译:计算机愿景的快速发展使人机互动成为可能并且具有广泛的应用前景。自从第一个Covid-19的发现以来,全球对抗流行病已经开始。除了医疗保健专家的各种研究和调查结果外,人们的日常行为还成为打击流行病的关键。在中国,政府采取了积极和有效的孤立和关闭措施,以及一般公众的积极合作,例如不必留在室内和戴口罩。中国作为该国第一次爆发的国家,现已成为世界疫情的基准国家。当然,人们有意识地穿面具是不够的。在各种公共场所戴上面具仍然需要监督。在此过程中,本文提出用深入学习方法替换手动检查,并使用YOLOV5,目前最强大的异议检测算法,以更好地应用于实际环境中,特别是在公共场所的戴口罩的监督下。实验结果表明,本文提出的算法可以有效地识别面部掩模,并实现了对人员的有效监控。

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