一种新的、有效的利用对比分析法检测地表覆盖物以保证安全的方法

Ketan Rathor, Keyur Patil, Mandiga Sahasra Sai Tarun, Shashwat Nikam, Devanshi Patel, Sasanapuri Ranjit
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引用次数: 52

摘要

人脸检测是一种基于人工智能的系统,可以检查视频流,从而识别出一个人或一群人戴的口罩。我们的DeepSight程序为每个检测产生一个置信度值。一个人被贴上“戴口罩”或“不戴口罩”的标签取决于他们的分类。世界卫生组织(WHO)建议,口罩应完全遮住脸部,包括下巴和鼻子。面罩检测系统可用于闭路电视摄像机和已安装的USB或IP摄像机。为了区分戴口罩和不戴口罩的人,它采用了最新的计算机视觉技术。紧凑型模型的准确性非常高,它可以告诉你是否正确戴口罩(即;口罩遮住鼻子)。口罩检测数据可用于广泛的环境和部门,包括公司办公室、商店、公共交通、机场和出租车。本文的主要动机是利用cnn和迁移学习来解决问题,并对这两种方法进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Novel and Efficient Method to Detect the Face Coverings to Ensurethe Safety using Comparison Analysis
A face mask worn by a single person or a group of individuals can be identified using face mask detection, an AI-based system that examines a video stream. A confidence value is produced for each detection by our DeepSight programme. Either a person is labeled as "wearing a mask" or "not wearing a mask" depends on their classification. The World Health Organization (WHO) recommends that a face mask completely cover the face, including the chin and nose. Face Mask Detection System may be used with both CCTV cameras and already-installed USB or IP cameras. To distinguish between persons wearing masks and those who aren’t, it employs the most recent computer vision techniques. Compact model’s accuracy is really great, and it can tell if you’re wearing a mask properly or not (i.e.; mask covering the nose). Face mask detection data may be used to a wide range of settings and sectors, including corporate offices, shops, public transit, airports, and taxis. The main motive of the paper by the author is represented as solving the problem using cnn and transfer learning and also a comparison between both the approaches.
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