I Know Your Feelings Before You Do
To achieve human-like dialogue, we propose a novel future prediction architecture that allows an SDS to anticipate future affective reactions based on its current behaviors before the user speaks. In this work, we investigate two scenarios: speech and laughter.
Current Spoken Dialogue Systems (SDSs) often serve as passive listeners that respond only after receiving user speech. To achieve human-like dialogue, we propose a novel future prediction architecture that allows an SDS to anticipate future affective reactions based on its current behaviors before the user speaks. In this work, we investigate two scenarios: speech and laughter. In speech, we ...
I Know Your Feelings Before You Do
To achieve human-like dialogue, we propose a novel future prediction archi-tecture that allows an SDS to anticipate future afective reactions based on its current behaviors before the user speaks. In this work, we investigate two scenarios: speech and laughter.
Download Citation | On Apr 19, 2023, Yuanchao Li and others published I Know Your Feelings Before You Do : Predicting Future Affective Reactions in Human-Computer Dialogue | Find, read and cite all ...
I Know Your Feelings Before You Do
I Know Your Feelings Before You Do : Predicting Future Affective Reactions in Human-Computer Dialogue: Paper and Code. Current Spoken Dialogue Systems (SDSs) often serve as passive listeners that respond only after receiving user speech. To achieve human-like dialogue, we propose a novel future prediction architecture that allows an SDS to anticipate future affective reactions based on its ...
Can your smart speaker preemptively apologize before it ruins your mood? I Know Your Feelings Before You Do : Predicting Future Affective Reactions in Human-Computer Dialogue Published 12/18/2024 by Yuanchao Li, Koji Inoue, Leimin Tian, Changzeng Fu, Carlos Ishi, Hiroshi Ishiguro, Tatsuya Kawahara and 1 more...
I Know Your Feelings Before You Do
Bibliographic details on I Know Your Feelings Before You Do : Predicting Future Affective Reactions in Human-Computer Dialogue.
This paper builds a fully data driven chat-oriented dialogue system that can dynamically mimic affective human interactions by utilizing a neural network architecture and proposes a sequence-to-sequence response generator that considers the emotional context of the dialogue.
