Machine Learning-Based Academic Result Prediction System

IF 0.6 Q4 COMPUTER SCIENCE, SOFTWARE ENGINEERING
Megha Bhushan, Utkarsh Verma, Chetna Garg, Arun Negi
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引用次数: 0

Abstract

Students' academic performance is a critical issue as it decides his/her career. It is pivotal for the educational institutes to track the performance record because it can help to enhance the standard of their quality education. Thus, the role of the academic result prediction system comes into existence which uses semester grade point average (SGPA) as a metric. The proposed work aims to create a model that can forecast the SGPA of students based on certain traits. It predicts the result in the form of SGPA of computer science students considering their past academic performance, study, and personal habits during their academic semester using different machine learning models, and to compare them based on different accuracy parameters. Some models that are widely used and are found effective in this field are regression algorithms, classification algorithms, and deep learning techniques. The results conclude that deep learning techniques are the most effective in the proposed work because of their high accuracy and performance, depending upon the attributes used in the prediction.
基于机器学习的学业成绩预测系统
学生的学习成绩是一个关键问题,因为它决定着学生的职业生涯。对于教育机构来说,跟踪学生的成绩记录至关重要,因为这有助于提高教育质量。因此,使用学期平均学分绩点(SGPA)作为衡量标准的学业成绩预测系统应运而生。所提议的工作旨在创建一个模型,该模型可以根据某些特征预测学生的 SGPA。它使用不同的机器学习模型,考虑到计算机科学专业学生过去的学习成绩、学习和个人习惯,以 SGPA 的形式预测他们在学期中的成绩,并根据不同的准确性参数对它们进行比较。回归算法、分类算法和深度学习技术是该领域广泛使用且有效的模型。结果得出结论,深度学习技术在拟议的工作中最为有效,因为根据预测中使用的属性,深度学习技术具有较高的准确性和性能。
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来源期刊
International Journal of Software Innovation
International Journal of Software Innovation COMPUTER SCIENCE, SOFTWARE ENGINEERING-
CiteScore
1.40
自引率
0.00%
发文量
118
期刊介绍: The International Journal of Software Innovation (IJSI) covers state-of-the-art research and development in all aspects of evolutionary and revolutionary ideas pertaining to software systems and their development. The journal publishes original papers on both theory and practice that reflect and accommodate the fast-changing nature of daily life. Topics of interest include not only application-independent software systems, but also application-specific software systems like healthcare, education, energy, and entertainment software systems, as well as techniques and methodologies for modeling, developing, validating, maintaining, and reengineering software systems and their environments.
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