Title
Review Summary Generation in Online Systems: Frameworks for Supervised and Unsupervised Scenarios
Abstract
AbstractIn online systems, including e-commerce platforms, many users resort to the reviews or comments generated by previous consumers for decision making, while their time is limited to deal with many reviews. Therefore, a review summary, which contains all important features in user-generated reviews, is expected. In this article, we study “how to generate a comprehensive review summary from a large number of user-generated reviews.” This can be implemented by text summarization, which mainly has two types of extractive and abstractive approaches. Both of these approaches can deal with both supervised and unsupervised scenarios, but the former may generate redundant and incoherent summaries, while the latter can avoid redundancy but usually can only deal with short sequences. Moreover, both approaches may neglect the sentiment information. To address the above issues, we propose comprehensive Review Summary Generation frameworks to deal with the supervised and unsupervised scenarios. We design two different preprocess models of re-ranking and selecting to identify the important sentences while keeping users’ sentiment in the original reviews. These sentences can be further used to generate review summaries with text summarization methods. Experimental results in seven real-world datasets (Idebate, Rotten Tomatoes Amazon, Yelp, and three unlabelled product review datasets in Amazon) demonstrate that our work performs well in review summary generation. Moreover, the re-ranking and selecting models show different characteristics.
Year
DOI
Venue
2021
10.1145/3448015
ACM Transactions on the Web
Keywords
DocType
Volume
User-generated review, review summary generation, text summarization, supervised and unsupervised scenarios
Journal
15
Issue
ISSN
Citations 
3
1559-1131
1
PageRank 
References 
Authors
0.48
0
6
Name
Order
Citations
PageRank
Wenjun Jiang135624.25
ChenJing210.48
DingXiaofei310.48
Jie Wu48307592.07
HeJiawei510.48
WangGuojun610.48