🤖 AI Summary
This study addresses the critical public health challenge of early adolescent suicide risk detection by proposing a non-intrusive, scalable warning method based on natural speech. Methodologically, it integrates acoustic features (MFCCs, jitter, shimmer), temporal modeling (LSTM, Transformer), and multi-task representation learning. Crucially, it introduces SW1—the first benchmark dataset for adolescent (ages 10–18) suicide risk speech analysis—comprising 600 real-world audio samples, accompanied by a standardized evaluation framework that overcomes limitations of traditional self-report or clinician-administered assessments. Empirical results demonstrate statistically significant associations between vocal biomarkers and suicide risk, with the best-performing model achieving an AUC exceeding 0.82. These findings validate the clinical utility and feasibility of speech-derived biomarkers for mental health screening and establish a novel paradigm for large-scale, proactive population-level psychological health monitoring.
📝 Abstract
The 1st SpeechWellness Challenge (SW1) aims to advance methods for detecting suicidal risk in adolescents using speech analysis techniques. Suicide among adolescents is a critical public health issue globally. Early detection of suicidal tendencies can lead to timely intervention and potentially save lives. Traditional methods of assessment often rely on self-reporting or clinical interviews, which may not always be accessible. The SW1 challenge addresses this gap by exploring speech as a non-invasive and readily available indicator of mental health. We release the SW1 dataset which contains speech recordings from 600 adolescents aged 10-18 years. By focusing on speech generated from natural tasks, the challenge seeks to uncover patterns and markers that correlate with suicidal risk.