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A Neural Network based Attendance Monitoring and Database Management System using Fingerprint Recognition and Matching

机译:基于神经网络的考勤监控和指纹识别与数据库管理系统

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Most authentication systems use fingerprints for identification. The uniqueness of fingerprint for each individual forms the basis of faultless identification. However, the image generated by the scanner may give varying results during each scan which thereby results in a major drawback in most existing systems. Thus, this paper involves the implementation of robust portable Neural Network based system to provide an efficient matching algorithm for fingerprint authentication systems. Image processing algorithms and appropriate choice of features for the training of neural networks is presented. The system is implemented on Raspberry Pi with appropriate interfacing modules to make the system standalone. As the proposed system is portable, it can be used as an attendance monitoring system in classrooms. The back-end system involves the processes of image acquisition and processing to create a suitable database. The corresponding hardware model is created in MATLAB and then deployed in the Raspberry Pi-3 module to form a standalone system.
机译:大多数身份验证系统使用指纹进行识别。每个人的指纹的唯一性构成了无误识别的基础。但是,由扫描仪生成的图像可能会在每次扫描期间给出不同的结果,从而在大多数现有系统中造成主要缺陷。因此,本文涉及基于健壮的便携式神经网络的系统的实现,以为指纹认证系统提供有效的匹配算法。提出了用于神经网络训练的图像处理算法和适当的特征选择。该系统在Raspberry Pi上使用适当的接口模块实现,以使系统独立。由于建议的系统是便携式的,因此可以用作教室中的出勤监控系统。后端系统涉及图像采集和处理过程,以创建合适的数据库。相应的硬件模型在MATLAB中创建,然后部署在Raspberry Pi-3模块中以形成一个独立的系统。

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