A multi-task user satisfaction model with SimCSE-style contrastive learning and domain-intent classification shows small gains on DuerOS, but test-set threshold tuning and input-label leakage weaken the evidence.
Non-Autoregressive Neural Text-to-Speech
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abstract
In this work, we propose ParaNet, a non-autoregressive seq2seq model that converts text to spectrogram. It is fully convolutional and brings 46.7 times speed-up over the lightweight Deep Voice 3 at synthesis, while obtaining reasonably good speech quality. ParaNet also produces stable alignment between text and speech on the challenging test sentences by iteratively improving the attention in a layer-by-layer manner. Furthermore, we build the parallel text-to-speech system and test various parallel neural vocoders, which can synthesize speech from text through a single feed-forward pass. We also explore a novel VAE-based approach to train the inverse autoregressive flow (IAF) based parallel vocoder from scratch, which avoids the need for distillation from a separately trained WaveNet as previous work.
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Reward-Driven Interaction: Enhancing Proactive Dialogue Agents through User Satisfaction Prediction
A multi-task user satisfaction model with SimCSE-style contrastive learning and domain-intent classification shows small gains on DuerOS, but test-set threshold tuning and input-label leakage weaken the evidence.