深度神经网络是程序化的预测学术成就

Mizan Ali Khan, H. Kaur
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摘要

在目前的教育制度下,预测学生的行为和成绩正变得越来越具有挑战性。如果我们能够预测学生过去的表现,学生和老师就更容易监控他们的进步和活动。目前,世界上已有多所高校采用了连续考核方法。这些技术有助于提高学生的成绩和表现,也有助于教师评估学生并集中精力关注表现不佳的学生。这个评估系统的主要目的是帮助所有的普通学生和教师。人工神经网络(ANN)最近在广泛的数据挖掘方法和应用中得到了广泛和成功的实现,并且通常远远优于其他分类器,无论是机器学习表示还是其他分类器,如训练算法、随机梯度下降或小批量。鉴于教育数据挖掘,本文的目的是确定人工神经网络(ANN)是否是一种有效的预测分类器,可以使用来自学习系统的数据集来预测学生的表现。在LMS的这个数据集上,我们将神经网络的性能与其他几种分类器的性能进行比较,以评估它们的适用性。支持向量机(SVM)就是其中一种分类器。
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A DNN is Programmed Prediction Scholarly Accomplishment
Predicting student behavior and achievement in the present educational system is becoming more challenging. If we are able to forecast student performance in the past, it will be easier for both students and their teachers to monitor their progress and activities. Nowadays, the continuous assessment approach has been implemented by several colleges all around the world. Such technologies are helpful to students in raising their grades and performance, as well as to instructors in assessing the pupils and concentrating on those who exhibit poor performance. This assessment system's primary purpose is to assist all normal students and teachers. Artificial Neural Networks (ANN) have recently seen widespread and successful implementations in a wide range of data mining methods and applications, and are frequently far superior to other classifiers, whether they be machine learning representations and others like training algorithm, stochastic gradient descent, or minibatch. In light of educational data mining, the purpose of this article is to determine if artificial neural networks (ANN) are an effective predictive classifier to forecast students' performance using a dataset from a learning system. On this dataset of LMS, we will evaluate the performance of neural networks to that of several other classifiers in order to assess their applicability. Support Vector Machine (SVM) is one of these classifiers.
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