Prosodic Structure Beyond Lexical Content: A Study of Self-Supervised Learning
원문 초록
People exploit the predictability of lexical structures during text comprehension. Though predictable structure is also present in speech, the degree to which prosody, e.g. intonation, tempo, and loudness, contributes to such structure independently of the lexical content is unclear. This study leverages self-supervised learning (SSL) to examine the temporal granularity of structures in the acoustic correlates of prosody. Representations from our proposed Masked Prosody Model can predict perceptual labels dependent on local information, such as word boundaries, but provide the most value for labels involving longer-term structures, like emotion recognition. Probing experiments across various perceptual labels show strong relative gains over untransformed pitch, energy, and voice activity features. Our results reveal the importance of SSL training objective timescale and highlight the value of complex SSL-encoded structures compared to more constrained classical structures.
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CoMuMDR: Code-mixed Multi-modal Multi-domain corpus for Discourse paRsing in conversations
MELT: Towards Automated Multimodal Emotion Data Annotation by Leveraging LLM Embedded Knowledge
VAEmo: Efficient Representation Learning for Visual-Audio Emotion with Knowledge Injection
PARROT: Synergizing Mamba and Attention-based SSL Pre-Trained Models via Parallel Branch Hadamard Optimal Transport for Speech Emotion Recognition
Leveraging Pre-Trained Acoustic Feature Extractor For Affective Vocal Bursts Tasks
Multimodal Emotion Recognition with Transformer-Based Self Supervised Feature Fusion
토론
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