Machine Learning based Algorithms for Empowering Performance of the Students using Radio Frequency Identification.

P. Arulmozhi, P. Raj
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Abstract

The use of RFID has been very prominent in the recent times. Not just as a part of identification in professional world, it has been a common entity with students for monitoring their attendance in universities. The data captured through RFID module are being used for predictive analysis. It has been a major development in the field of data analytics and cognitive thinking. However, though the deployment has been widespread, the results and its precision are achievable only if reliable machine learning algorithms are used. A lot of challenges are encountered, while trying to extract the data from the RFID tag. Few of them include, the size of the chip, its amalgamation with biometric to make the data secured. In this project, the datasets that are extracted from RFID tag which also includes an extra level of authentication in the form of one factor and two factors are sent to cloud server where a series of algorithms are used to get the possible results. The average values computed through mathematical formulae are now compared with the results produced by artificial intelligence an algorithm which in turn gives us the precision involved in the process.
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基于机器学习的无线射频识别增强学生表现的算法。
近年来,RFID的使用已经非常突出。它不仅是职业身份的一部分,也是学生在大学里监控出勤率的一种常见手段。通过RFID模块捕获的数据被用于预测分析。它是数据分析和认知思维领域的一个重大发展。然而,尽管部署已经广泛,但只有在使用可靠的机器学习算法的情况下,才能实现结果和精度。在试图从RFID标签中提取数据时遇到了很多挑战。其中很少包括芯片的大小,它与生物识别技术的结合,以确保数据的安全。在这个项目中,从RFID标签中提取的数据集还包括一个额外的认证级别,以一因素和两因素的形式发送到云服务器,在云服务器中使用一系列算法来获得可能的结果。通过数学公式计算的平均值现在与人工智能算法产生的结果进行比较,人工智能算法反过来又给我们提供了过程中涉及的精度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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