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A Novel Hybrid Approach Of Adaboostm2 Algorithm And Differential Evolution For Prediction Of Student Performance

机译:一种Adaboostm2算法与差分进化的混合预测学生成绩的新方法。

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摘要

The prediction of performance of student is a very important task for institutions of higher learning. The academic performance of studentsaids the teachers, instructors and management of institutions to identify low performing students and then more attention is given to them so as toenhance their performances. In previous studies, various elements and methods have been applied to identify and enhance the performances ofstudents. In this work, we made use of data mining classifcation techniques to improve the prediction accuracy of student performance. In recent times,classification accuracy has been enhanced thru the use of ensemble techniques and combining multiple classifiers. In this paper, we have made use ofan efficient AdaBoost ensemble technique called AdaBoostM2 and we combined it with a metaheuristic optimization algorithm known as DifferentialEvolution (DE) to produce a novel algorithm called ―ADDE‖. This new algorithm is implemented on the KalBoard 360 educational dataset and the resultsdisplays that is very efficient in reducing the weak learners and thereby increases the prediction accuracy. The new algorithm has therefore shown betterresult in reducing the computation complexity.
机译:对学生表现的预测是高等学校非常重要的任务。学生的学术表现帮助教师,教师和机构管理人员识别表现不佳的学生,然后给予他们更多的关注,以提高他们的表现。在以前的研究中,已经采用了各种要素和方法来识别和提高学生的表现。在这项工作中,我们利用数据挖掘分类技术来提高学生成绩的预测准确性。近年来,通过使用集成技术并结合多个分类器,提高了分类精度。在本文中,我们利用了一种称为AdaBoostM2的高效AdaBoost集成技术,并将其与一种称为差分演化(DE)的元启发式优化算法相结合,以产生一种称为“ ADDE”的新型算法。该新算法在KalBoard 360教育数据集上实现,结果显示在减少弱学习者方面非常有效,从而提高了预测准确性。因此,新算法在降低计算复杂度方面显示出更好的结果。

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