Automatic Detection of Insulting Sentences in Conversation

Merav Allouch, A. Azaria, Rina Azoulay, Ester Ben-Izchak, M. Zwilling, D. Zachor
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引用次数: 16

Abstract

An overall goal of our work is to use machine-learning based solutions to assist children with communication difficulties in their communication task. In this paper, we concentrate on the problem of recognizing insulting sentences the child says, or insulting sentences that are told to him. An automated agent that is able to recognize such sentences can alert the child in real time situations, and can suggest how to respond to the resulting social situation. We composed a dataset of 1241 non-insulting and 1255 insulting sentences. We trained different machine learning methods on 90% randomly chosen sentences from the dataset and tested it on the remaining. We used the following machine learning methods: Multi-Layer Neural Network, SVM, Naive Bayes, Decision Tree, and Tree Bagger for the task. We found that the best predictors of the insulting sentences, were the SVM method, with 80% recall and over 75%precision, and the Multi-Layer Neural Network and the Tree Bagger, with precision and recall exceeding 75%, We also found that adding additional data to the learning process, such as 9500 labeled sentences from twitter, or adding the word “positive” and the word “negative” to sentences including positive or negative words, respectively, slightly improves the results in most of the cases. Our results provide the cornerstones for an automated system that would enable on-line assistance and consultation for children with communication disabilities, and also for other persons with communication problems, in a way that will enable them to function better in society through this assistance.
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会话中侮辱性语句的自动检测
我们工作的总体目标是使用基于机器学习的解决方案来帮助有沟通困难的儿童完成沟通任务。在本文中,我们集中研究识别孩子所说的侮辱性句子或告诉他的侮辱性句子的问题。一个能够识别这些句子的自动代理可以在实时情况下提醒孩子,并可以建议如何应对由此产生的社交情况。我们组成了一个包含1241个非侮辱性句子和1255个侮辱性句子的数据集。我们在数据集中随机选择的90%的句子上训练了不同的机器学习方法,并在剩下的句子上进行了测试。我们使用了以下机器学习方法:多层神经网络、支持向量机、朴素贝叶斯、决策树和树袋机。我们发现,对侮辱性句子进行预测的最佳方法是支持向量机方法(SVM),其查全率为80%,查全率超过75%,以及多层神经网络和Tree Bagger,其查全率和查全率均超过75%。我们还发现,在学习过程中添加额外的数据,例如从twitter中添加9500个标记句子,或者在句子中分别添加单词“positive”和单词“negative”,包括正面或负面词汇。在大多数情况下会稍微改善结果。我们的研究结果为自动化系统提供了基础,该系统可以为有沟通障碍的儿童以及其他有沟通问题的人提供在线帮助和咨询,从而使他们能够通过这种帮助更好地在社会中发挥作用。
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