Training neural language models with an unlikelihood objective that penalizes repeated and frequent tokens reduces degenerate, repetitive text while preserving quality.
Negative Training for Neural Dialogue Response Generation
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abstract
Although deep learning models have brought tremendous advancements to the field of open-domain dialogue response generation, recent research results have revealed that the trained models have undesirable generation behaviors, such as malicious responses and generic (boring) responses. In this work, we propose a framework named "Negative Training" to minimize such behaviors. Given a trained model, the framework will first find generated samples that exhibit the undesirable behavior, and then use them to feed negative training signals for fine-tuning the model. Our experiments show that negative training can significantly reduce the hit rate of malicious responses, or discourage frequent responses and improve response diversity.
fields
cs.LG 1years
2019 1verdicts
CONDITIONAL 1representative citing papers
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Neural Text Generation with Unlikelihood Training
Training neural language models with an unlikelihood objective that penalizes repeated and frequent tokens reduces degenerate, repetitive text while preserving quality.