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Student Performance Appraisal System

机译:学生表现评估系统

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摘要

In the past few years, various appraisal systems have been analyzed and studied in order to keep track of educational activities. This paper enlightens the evaluation scheme of student's performance by using a machine learning algorithm that helps us to achieve better results when a large number of data is to be handled and managed for the storage of student's data. Filtration is going to be done over the analysis system on the idea of grades or the marks of the students. Our aim is to design a system of records with user-friendly Graphical user interface which can assists student in addition to the evaluation of their performance. Although in recent days various institutions have been come up with their own appraisal systems with machine learning and advanced data analytics techniques, there are some issues regarding data and results of the students of previous years. This paper attempts to introduce such a system, which will not only work for performance appraisal but also tries to avoid network congestion and unnecessary traffic over a wireless network. K-means clustering provides versatility in filtering the student's records based on their grades will be a big factor to handle and recollect the data load from the Cassandra database which acts as a storage house of our current proposed system. Nonetheless, results which are defined as an outcome of this project are more accurate and easier to understand.
机译:在过去的几年里,已经分析并研究了各种评估系统,以跟踪教育活动。本文通过使用机器学习算法来启发学生表现的评估方案,这有助于我们在要处理大量数据时实现更好的结果,并管理存储学生数据。过滤将在分析系统上完成成绩的想法或学生的标志。我们的目标是设计一个带有用户友好的图形用户界面的记录系统,可以帮助学生除了评估其性能之外。虽然最近几天,各种机构都有自己的评估系统,但具有机器学习和先进的数据分析技术,但有一些关于往年学生的数据和结果的问题。本文试图介绍这样的系统,这不仅可以用于绩效评估,而且还试图避免网络拥塞和无线网络不必要的流量。 K-mears群集在过滤学生的记录时,基于他们的成绩将是处理和回顾来自Cassandra数据库的数据负荷的大小写,该数据负载作为我们当前提出的系统的存储室。尽管如此,定义为该项目的结果的结果更准确,更容易理解。

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