activity
20242026
collaborators

9 papers

cs.SD2026

AffectCodec: Emotion-Preserving Neural Speech Codec for Expressive Speech Modeling

Jiacheng Shi, Hongfei Du, Xinyuan Song +3

Neural speech codecs provide discrete representations for speech language models, but emotional cues are often degraded during quantization. Existing codecs mainly optimize acousti…

eess.AS2026

Who is Speaking or Who is Depressed? A Controlled Study of Speaker Leakage in Speech-Based Depression Detection

Hsiang-Chen Yeh, Luqi Sun, Aurosweta Mahapatra +3

This study investigates whether speech-based depression detection models learn depression-related acoustic biomarkers or instead rely on speaker identity cues. Using the DAIC-WOZ d…

cs.AI2026

What You Feel Is Not What They See: On Predicting Self-Reported Emotion from Third-Party Observer Labels

Yara El-Tawil, Aneesha Sampath, Emily Mower Provost

Self-reported emotion labels capture internal experience, while third-party labels reflect external perception. These perspectives often diverge, limiting the applicability of thir…

cs.CL2025

SEER: The Span-based Emotion Evidence Retrieval Benchmark

Aneesha Sampath, Oya Aran, Emily Mower Provost

We introduce the SEER (Span-based Emotion Evidence Retrieval) Benchmark to test Large Language Models' (LLMs) ability to identify the specific spans of text that express emotion. U…

cs.SD2025

More Similar than Dissimilar: Modeling Annotators for Cross-Corpus Speech Emotion Recognition

James Tavernor, Emily Mower Provost

Speech emotion recognition systems often predict a consensus value generated from the ratings of multiple annotators. However, these models have limited ability to predict the anno…

eess.AS2025

The Whole Is Bigger Than the Sum of Its Parts: Modeling Individual Annotators to Capture Emotional Variability

James Tavernor, Yara El-Tawil, Emily Mower Provost

Emotion expression and perception are nuanced, complex, and highly subjective processes. When multiple annotators label emotional data, the resulting labels contain high variabilit…