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Performance Prediction for Higher Education Students Using Deep Learning

机译:深度学习高等教育学生的性能预测

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摘要

Predicting students’ performance is very important in matters related to higher education as well as with regard to deep learning and its relationship to educational data. Prediction of students’ performance provides support in selecting courses and designing appropriate future study plans for students. In addition to predicting the performance of students, it helps teachers and managers to monitor students in order to provide support to them and to integrate the training programs to obtain the best results. One of the benefits of student’s prediction is that it reduces the official warning signs as well as expelling students because of their inefficiency. Prediction provides support to the students themselves through their choice of courses and study plans appropriate to their abilities. The proposed method used deep neural network in prediction by extracting informative data as a feature with corresponding weights. Multiple updated hidden layers are used to design neural network automatically; number of nodes and hidden layers controlled by feed forwarding and backpropagation data are produced by previous cases. The training mode is used to train the system with labeled data from dataset and the testing mode is used for evaluating the system. Mean absolute error (MAE) and root mean squared error (RMSE) with accuracy used for evolution of the proposed method. The proposed system has proven its worth in terms of efficiency through the achieved results in MAE (0.593) and RMSE (0.785) to get the best prediction.
机译:预测学生的表现对于与高等教育相关的事项以及深入学习及其与教育数据的关系非常重要。预测学生的绩效在选择课程和为学生设计适当的未来学习计划方面提供了支持。除了预测学生的表现外,它还帮助教师和经理监控学生,以便为他们提供支持,并整合培训计划以获得最佳结果。学生预测的一个好处是,由于效率低下,它会减少官方警告标志以及驱逐学生。预测通过选择适合他们能力的课程和学习计划对学生自己提供支持。该方法通过用相应权重提取信息数据来预测深度​​神经网络。多个更新的隐藏图层用于自动设计神经网络;通过馈送转发和反向化数据控制的节点和隐藏层的数量由之前的情况产生。培训模式用于训练具有来自数据集的标记数据的系统,并且测试模式用于评估系统。具有用于拟议方法的演化的精度的平均绝对误差(MAE)和均方根平方误差(RMSE)。通过在MAE(0.593)和RMSE(0.785)的效率上,拟议的系统证明了其价值,并获得了最佳预测。

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