3260 papers • 126 benchmarks • 313 datasets
The task of generating a summary of user opinions from reviews (and question-answers, etc)
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An opinion summarization dataset is introduced that includes a training set of product reviews from six diverse domains and human-annotated development and test sets with gold standard aspect annotations, salience labels, and opinion summaries.
The Quantized Transformer is inspired by Vector- Quantized Variational Autoencoders and uses a clustering interpretation of the quantized space and a novel extraction algorithm to discover popular opinions among hundreds of reviews, a significant step towards opinion summarization of practical scope.
A generative model for a review collection is defined which capitalizes on the intuition that when generating a new review given a set of other reviews of a product, the authors should be able to control the “amount of novelty” going into the new review or, equivalently, vary the extent to which it deviates from the input.
This paper proposes a summarization framework that eliminates the need to rely only on pre-selected content and waste possibly useful information, especially when customizing summaries, and enables the use of all input reviews by first condensing them into multiple dense vectors which serve as input to an abstractive model.
This paper proposes a novel sequence labeling subtask for ABSA named TOWE (Target-oriented Opinion Words Extraction), which aims at extracting the corresponding opinion words for a given opinion target through a target-fused sequence labeling neural network model.
OpinionDigest, an abstractive opinion summarization framework, which uses an Aspect-based Sentiment Analysis model to extract opinion phrases from reviews, and trains a Transformer model to reconstruct the original reviews from these extractions.
This paper enables the use of supervised learning for the setting where there are only documents available without ground truth summaries, and introduces several linguistically motivated noise generation functions and a summarization model which learns to denoise the input and generate the original review.
This work shows that even a handful of summaries is sufficient to bootstrap generation of the summary text with all expected properties, such as writing style, informativeness, fluency, and sentiment preservation.
This work proposes AspMem, a generative method that contains an array of memory cells to store aspect-related knowledge that can help obtain a better opinion representation and infer the aspect information more precisely.
This work argues the need and proposes a solution for generating personalized aspect-based opinion summaries from large collections of online tourist reviews, and takes an unsupervised approach to extract coherent aspects from tourist reviews posted on TripAdvisor.
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