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README.md
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## Model Overview
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DAM is a clinical-grade, speech-based model designed to screen for signs of depression and anxiety using voice biomarkers.
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To the best of our knowledge, it is the first model developed explicitly for clinical-grade mental health assessment from speech without reliance on linguistic content or transcription.
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The model operates exclusively on the acoustic properties of the speech signal, extracting depression- and anxiety-specific voice biomarkers rather than semantic or lexical information.
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Numerous studies [6–8] have demonstrated that paralinguistic features – such as spectral entropy, pitch variability, fundamental frequency, and related acoustic measures – exhibit strong correlations with depression and anxiety.
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Building on this body of evidence, DAM extends prior approaches by leveraging deep learning to learn fine-grained vocal biomarkers directly from the raw speech signal, yielding representations that demonstrate greater predictive power than hand-engineered paralinguistic features.
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## Model Overview
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DAM is a clinical-grade, speech-based model designed to screen for signs of depression and anxiety using voice biomarkers.
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To the best of our knowledge, it is the first model developed explicitly for clinical-grade mental health assessment from speech without reliance on linguistic content or transcription. A predecessor model has been peer-reviewed in the largest voice biomarker study by the Annals of Family Medicine, a leading U.S. Primary Care Journal [5].
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The model operates exclusively on the acoustic properties of the speech signal, extracting depression- and anxiety-specific voice biomarkers rather than semantic or lexical information.
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| 30 |
Numerous studies [6–8] have demonstrated that paralinguistic features – such as spectral entropy, pitch variability, fundamental frequency, and related acoustic measures – exhibit strong correlations with depression and anxiety.
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| 31 |
Building on this body of evidence, DAM extends prior approaches by leveraging deep learning to learn fine-grained vocal biomarkers directly from the raw speech signal, yielding representations that demonstrate greater predictive power than hand-engineered paralinguistic features.
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