The Elderly Voice: Mechanisms, Disorders and Treatment Methods

Beton, Süha; Yücel, Levent; Başak, Hazan; Büyükatalay, Zahide Çiler

doi:10.4274/tao.2022.2022-8-1

Cited by 1 publication

(1 citation statement)

References 49 publications

(81 reference statements)

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“…This is of prime importance since speech signals can be heavily influenced by a multitude of factors such as age, sex, weight, and height [67]. Age factor was the least preserved in our grouped performances, this can be attributed to change in voice changes due to hormones [68], and normal ageing affects the different parts of the vocal production system: larynx, respiratory system, resonators, saliva system and the individual's global emotional status [69]. In addition to lower performances compared to other mental health dimensions, the anxiety risk detection performance collapsed for certain groups of demographics.…”

Section: Discussionmentioning

confidence: 99%

Automated speech analysis for risk detection of depression, anxiety, insomnia, and fatigue: Algorithm Development and Validation Study

Riad,

Denais,

de Gennes

et al. 2024

Preprint

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Background: While speech analysis holds promise for mental health assessment, research often focuses on single symptoms, despite symptom co-occurrences and interactions. In addition, predictive models in Mental Health do not properly assess speech-based systems' limitations, such as uncertainty, or fairness for a safe clinical deployment. Objective: We investigated the predictive potential of mobile-collected speech data for detecting and estimating depression, anxiety, fatigue, and insomnia, focusing beyond mere accuracy, in the general population. Methods: We included n=435 healthy adults and recorded their answers concerning their perceived mental and sleep states. We asked them how they felt and if they had slept well lately. Clinically validated questionnaires measured depression, anxiety, insomnia, and fatigue severity. We developed a novel speech and machine learning pipeline involving voice activity detection, feature extraction, and model training. We detected voice activity automatically with a bidirectional neural network and examined participants' speech with a fully ML automatic pipeline to capture speech variability. Then, we modelled speech with a ThinResNet model that was pre-trained on a large open free database. Based on this speech modelling, we evaluated clinical threshold detection, individual score prediction, model uncertainty estimation, and performance fairness across demographics (age, sex, education). We employed a train-validation-test split for all evaluations: to develop our models, select the best ones and assess the generalizability of held-out data. Results: Our methods achieved high detection performance for all symptoms, particularly depression (PHQ-9 AP=0.77, BDI AP=0.83), insomnia (AIS AP=0.86), and fatigue (MFI Total Score AP=0.88). These strengths were maintained while ensuring high abstention rates for uncertain cases (Risk-Coverage AUCs < 0.1). Individual symptom scores were predicted with good accuracy (Correlations were all significant, with Pearson strengths between 0.59 and 0.74). Fairness analysis revealed that models were consistent for sex (average Disparity Ratio (DR) = 0.77), to a lesser extent for education level (average Disparity Ratio (DR) = 0.44) and worse for age groups (average Disparity Ratio (DR) = 0.26). Conclusions: This study demonstrates the potential of speech-based systems for multifaceted mental health assessment in the general population, not only for detecting clinical thresholds but also for estimating their severity. Addressing fairness and incorporating uncertainty estimation with selective classification are key contributions that can enhance the clinical utility and responsible implementation of such systems. This approach offers promise for more accurate and nuanced mental health assessments, potentially benefiting both patients and clinicians.

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Section: Discussionmentioning

confidence: 99%