Sentiment analysis of social media comments is very important for review analysis. Many online reviews are sarcastic, humorous, or hateful. This sarcastic nature of these short texts change the actual sentiments of the review as predicted by a machine learning model that attempts to detect sentiment alone. Thus, having a model that is explicitly aware of these features should help it perform better on reviews that are characterized by them. Several research has already been done in this field. This paper deals with sarcasm detection on reddit comments. Several machine learning and deep learning algorithms have been applied for the same but each of these models only take into account the initial text instead of the conversation which serves as a better measure to determine sarcasm. The other shortcoming these papers have is they rely on word embedding for representing comments and thus do not take into account the problem of polysemy(A word can have multiple meanings based on the context in which it appears). These existing modules were able to solve the problem of capturing inter sentence contextual information but not the intra sentence contextual information. So we propose a novel architecture which solves the problem of sarcasm detection by capturing intra sentence contextual information using a novel contextual attention mechanism. The proposed model solves the problem of polysemy also by using context enriched language modules like ELMO and BERT in its first component. This model comprises a total of three major components which takes into account inter sentence, intra sentence contextual information and at last use a convolutional neural network for capturing global contextual information for sarcasm detection. The proposed model was able to generate decent results and cleared showed potential to perform state of the art if trained on a larger dataset.
翻译:对社交媒体评论的感官分析对于审查分析非常重要。 许多在线审查都是讽刺、幽默或仇恨性的。 许多在线审查都是讽刺、幽默或仇恨性的。 这些短文的讽刺性性质改变了审查的实际情绪, 正如一个试图单独检测情绪的机器学习模型所预测的那样。 因此, 拥有一个明确了解这些特点的模型, 应该有助于在以这些特点为特征的审查中更好地发挥作用。 已经在这一领域做了几项研究。 本文涉及在重新编辑评论中进行讽刺性探测。 一些机器学习和深层次学习的算法已经用于同一目的, 但其中每一种模型都只考虑到最初的文本, 而不是作为确定讽刺的更好措施的谈话。 另一种短文的讽刺性内容是, 使用一个明确表达这些特征的模型, 获取内部变色素的模型, 并且使用内部变色素的图像, 使用内部变色素的变色工具, 在内部变色的变色图像中, 将一个新式的变色变色的变色模型, 在内部变色的变色图像中, 显示一个新的变色的变色变色的变色图像, 在内部变色的变色的变色的变色的变色的图像中, 的变色变形变色的变色的变形变色的变色的变色的变色的变的变的变色的变色变色色色变的变的变的变的变的变式的变的变式的变式的变式的变式的变的变形体的变形变色中 。