CMR improves multi-party response generation by contrastively learning speaker styles in a first stage and jointly training response generation with contrastive objectives in a second stage.
Multimodal Dialogue Response Generation
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abstract
Responsing with image has been recognized as an important capability for an intelligent conversational agent. Yet existing works only focus on exploring the multimodal dialogue models which depend on retrieval-based methods, but neglecting generation methods. To fill in the gaps, we first present a multimodal dialogue generation model, which takes the dialogue history as input, then generates a textual sequence or an image as response. Learning such a model often requires multimodal dialogues containing both texts and images which are difficult to obtain. Motivated by the challenge in practice, we consider multimodal dialogue generation under a natural assumption that only limited training examples are available. In such a low-resource setting, we devise a novel conversational agent, Divter, in order to isolate parameters that depend on multimodal dialogues from the entire generation model. By this means, the major part of the model can be learned from a large number of text-only dialogues and text-image pairs respectively, then the whole parameters can be well fitted using the limited training examples. Extensive experiments demonstrate our method achieves state-of-the-art results in both automatic and human evaluation, and can generate informative text and high-resolution image responses.
fields
cs.CL 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
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Advancing Multi-Party Dialogue Framework with Speaker-ware Contrastive Learning
CMR improves multi-party response generation by contrastively learning speaker styles in a first stage and jointly training response generation with contrastive objectives in a second stage.