Papers for

mental health tool builders

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Audio emotion recognition adapted for people with sensory sensitivity

Audio emotion recognition for atypical hearing

Abstract: My doctoral work aims to explore Audio Emotion Recognition (AER) in the context of atypical listening. This research focuses on auditory hypersensitivity in people with autism, a phenomenon that is often difficult to evaluate and unique to each individual. Our core idea is to leverage our understanding of affect from acoustic traits, relying on the possibility of generalizing affective responses from a small amount of annotated data. As a first step, we fine-tune a large foundation model, Contrastive Language-Audio Pretraining (CLAP) using low-rank adaptation (LoRA), trained on a valence and arousal dataset of neurotypical listeners.

Fri 25 SeptMachine Learning
The gist
People with autism often hear sounds more strongly and differently, which makes understanding their feelings from sound tricky. The authors work on recognizing emotions in sounds for these individuals by using knowledge from typical listeners. They start by adjusting a big AI model to better predict emotions based on sounds using only a small set of example data. This helps make emotion recognition more personalized for people with sensory differences.
Open → 2609.31168v1