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ICT and Mobile Technology Features Predicting the University of Indian and Hungarian Student for the Real-Time

机译:ICT和移动技术功能可实时预测印度和匈牙利大学的学生情况

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Feature extraction has a vibrant part in Machine learning (ML) to identify the data patterns with optimum accuracy. We proposed some significant features to predict the student's institution or university based on their answers in the technological survey. Four experiments were performed in IBM SPSS Modeler version 18.2 using 4 ML to resolve the binary classification problem. In the university prediction problem., the uppermost accuracy of 94.26% is provided by eXtreme Gradient Boosting Tree (XGBT) and suggested 18 significant features out of a total of 37. Further., the Artificial Neural Network (ANN) with boosting scored second maximum accuracy of 93.96% and recommended 10 significant features; Support Vector Machine (SVM) provided third-highest accuracy of 92.45% with the recommendation of 12 features; and Random Tree (RT) attained the least accuracy 92.15% with recommendation of 10 important features. The findings of the paper conclude that the XGBT classifier outperformed others in prediction. Also., a noteworthy dissimilarity was found between XGBT's accuracy and SVM's accuracy., RT's accuracy.
机译:特征提取在机器学习(ML)中具有生机勃勃的组成部分,可以以最佳的准确性识别数据模式。我们根据技术调查中的答案,提出了一些重要的功能来预测学生的院校或大学。在IBM SPSS Modeler 18.2版中使用4 ML进行了四个实验,以解决二进制分类问题。在大学预测问题中,eXtreme Gradient Boosting Tree(XGBT)提供了94.26%的最高准确性,并建议了37个中的18个重要特征。此外,boosting的人工神经网络(ANN)得分第二高。准确性为93.96%,并推荐10个重要功能;支持向量机(SVM)在12个功能的推荐下提供了第三高的92.45%的准确性;在推荐10个重要功能的情况下,随机树(RT)的最低准确度为92.15%。论文的发现得出结论,XGBT分类器在预测方面优于其他分类器。另外,在XGBT的准确性与SVM的准确性,RT的准确性之间发现了值得注意的差异。

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