3260 papers • 126 benchmarks • 313 datasets
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These leaderboards are used to track progress in review-generation
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Use these libraries to find review-generation models and implementations
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A novel language-model based discriminator is proposed, which can better distinguish novel text from repeated text without the saturation problem compared with existing classifier-based discriminators.
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.
Experimental results show that the model successfully learns representations capable of generating coherent and diverse reviews and discover those aspects that users are more inclined to discuss and bias the generated text toward their personalized aspect preferences.
A novel language-model based discriminator is proposed, which can better distinguish novel text from repeated text without the saturation problem compared with existing classifier-based discriminators.
A large-scale, systematic study to evaluate the existing evaluation methods for natural language generation in the context of generating online product reviews finds lexical diversity an intriguing metric that is indicative of the assessments of different evaluators.
A novel ReviewRobot is built to automatically assign a review score and write comments for multiple categories such as novelty and meaningful comparison, and can serve as an assistant for paper reviewers, program chairs and authors.
MG-PriFair is the first to bring user privacy and sentiment fairness into the review generation task and is capable of generating plausibly long reviews while controlling the amount of exploited user data and using the least sentiment biased word embeddings.
A novel review generation model is proposed by characterizing an elaborately designed aspect-aware coarse-to-fine generation process that is able to jointly utilize aspect semantics, syntactic sketch, and context information.
A flexible and unified text-to-text paradigm called “Pretrain, Personalized Prompt, and Predict Paradigm” (P5) for recommendation, which unifies various recommendation tasks in a shared framework and will revolutionize the technical form of recommender systems towards universal recommendation engine.
A novel knowledgeenhanced PRG model based on capsule graph neural network (CapsGNN) is proposed, which is the first to utilize knowledge graph for the PRG task and is able to enhance user preference at both aspect and word levels.
Adding a benchmark result helps the community track progress.