Improved Feature Representation Using Collaborative Network for Cross-Domain Sentiment Analysis

IF 2 4区 计算机科学 Q3 AUTOMATION & CONTROL SYSTEMS
M. Gunasekar, S. Thilagamani
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引用次数: 3

Abstract

Sentiment Analysis task helps us to estimate the opinion of a person from his reviews or comments about a product, person, politics, etc., Cross-Domain Sentiment Analysis (CDSA) empowers the Sentiment models with the ability to forecast the opinion of a review coming from a different domain other than the domain where the model is trained. The challenge of the CDSA model relies on bridging the relationship between words in the source and target domain. Several types of research in CDSA focus on determining the domain invariant features to adapt the model to the target domain, such model shows less focus on aspect terms of the sentence. We propose CWAN (Collaborative Word Attention Network), which integrates aspects and domain invariant features of the sentences to calculate the sentiment. CWAN uses attention networks to capture the domain-independent features and aspects of the sentences. The sentence and aspect attention models are executed collaboratively to determine the sentiment of the sentence. Amazon product review dataset is used in this experiment. The performance of the CWAN model is compared with other baseline CDSA models. The results show that CWAN outperforms other baseline models.
基于协同网络的跨领域情感分析改进特征表示
情感分析任务帮助我们从一个人的评论或对产品、人、政治等的评论中估计他的观点,跨领域情感分析(CDSA)使情感模型能够预测来自不同领域的评论的观点,而不是模型训练的领域。CDSA模型的挑战在于桥接源域和目标域的词之间的关系。CDSA中的几种研究主要集中在确定领域不变特征以使模型适应目标领域,这种模型对句子的方面项关注较少。我们提出了CWAN (Collaborative Word Attention Network,协同词注意网络),它集成了句子的方面和领域不变性特征来计算情感。CWAN使用注意网络来捕获句子的领域无关特征和方面。句子和方面注意模型协同执行,以确定句子的情感。本实验使用的是亚马逊产品评论数据集。将CWAN模型的性能与其他基线CDSA模型进行了比较。结果表明,CWAN模型优于其他基准模型。
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来源期刊
Information Technology and Control
Information Technology and Control 工程技术-计算机:人工智能
CiteScore
2.70
自引率
9.10%
发文量
36
审稿时长
12 months
期刊介绍: Periodical journal covers a wide field of computer science and control systems related problems including: -Software and hardware engineering; -Management systems engineering; -Information systems and databases; -Embedded systems; -Physical systems modelling and application; -Computer networks and cloud computing; -Data visualization; -Human-computer interface; -Computer graphics, visual analytics, and multimedia systems.
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