Security System to Analyze, Recognize and Alert in Real Time using AI-Models

N. Infantia H., Subhashini G, Karthi M, Pandi A, S. Gomathi, J. Sivapriya
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Abstract

The field of security systems has advanced significantly in recent years with the advent of deep learning models. Models that can learn complex patterns and features in data have been used in a variety of security applications, such as facial recognition, intrusion detection, and cyber security. Using authorized databases, this proposal uses security to recognize the suspect's face. Here, this article proposes a different method to analyze the long-term videos using the integration technique with the DNN algorithm to recognize the faces using the DNN, Caffe, and Torch models. This proposal used the concept of extracting only the unique features that are present in the faces, such as moles and cracks in the face, for face recognition. It also introduced the concept of "ear-based recognition," where the ear is also a unique part of the body. This feature will be added during the dataset creation and training itself using the DNN feature extractor, Torch. The dataset created with the help of the seven-angle technique suggests taking the seven different angles of the person to cover all the features, and this proposal also handles the problem of camera tampering using the backward subtraction model.
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利用人工智能模型实时分析、识别和警报的安全系统
近年来,随着深度学习模型的出现,安全系统领域取得了显著进展。可以学习数据中复杂模式和特征的模型已被用于各种安全应用,如面部识别、入侵检测和网络安全。该方案利用授权数据库,利用安全技术识别嫌疑人的面部。在这里,本文提出了一种不同的方法来分析长期视频,使用DNN, Caffe和Torch模型使用DNN算法的集成技术来识别人脸。该方案采用了仅提取人脸中存在的独特特征的概念,如面部的痣和裂缝,用于人脸识别。它还引入了“耳朵识别”的概念,耳朵也是身体的一个独特部位。该特征将在数据集创建和使用DNN特征提取器Torch训练过程中添加。利用七角度技术创建的数据集建议取人物的七个不同角度来覆盖所有特征,并利用后向减法模型处理相机篡改问题。
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