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Comparing the performance of machine learning and deep learning algorithms classifying messages in Facebook learning group

机译:比较机器学习和深度学习算法在Facebook学习组中刻录信息的性能

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The use of computer-mediated communication (CMC) has been ubiquitous in higher education. To better understand students’ behaviors and facilitate students’ learning through CMC, this study aimed to classify messages in Facebook learning group which was created as an on-line discussion board. Different machine learning and deep learning classification models were proposed, trained and testified with corpuses from PTT, one of the famous on-line forums in Taiwan. Furthermore, the classification of Facebook messages by these well-trained models were compared with human coding. Results revealed that recurrent neural network (RNN) with word to vector (W2V) for feature extraction demonstrated the best performance in accuracy. In addition, the combination of RNN and TF-IDF was proved to have the highest correlation with human work. Implications for artificial intelligence (AI) in education context was discussed.
机译:使用计算机导介的通信(CMC)在高等教育中普遍存在。 为了更好地了解学生的行为并促进通过CMC的学生的学习,这项研究旨在在Facebook学习组中对作为在线讨论委员会创建的消息进行分类。 提出了不同机器学习和深度学习分类模型,培训和作证了来自台湾着名的在线论坛之一的PTT的核心。 此外,将这些训练有素的模型的Facebook消息分类与人类编码进行了比较。 结果表明,具有用于特征提取的与向量(W2V)的复发性神经网络(RNN)证明了准确性最佳性能。 此外,证明RNN和TF-IDF的组合具有与人类工作的最高相关性。 讨论了在教育背景下对人工智能(AI)的影响。

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