AI-Enhanced Depression Detection System: Integrating Multimodal Analysis for Early Diagnosis

Depression is a prevalent mental health condition affecting millions globally, often going undiagnosed due to social stigma and limited accessibility to healthcare. This study presents an innovative AI-enhanced system for early depression detection, utilizing multimodal analysis integrating natural language processing (NLP) and patient health metrics. Two machine learning models form the system's core: a text classification model leveraging logistic regression to analyze user inputs and predict emotional tone and a health-data-based model that incorporates factors such as BMI, blood features, and comorbid conditions for comprehensive evaluation. The models were integrated into a web application offering a dual advantage of accurate screening and accessible mental health recommendations. Results demonstrated high efficacy with classification accuracy exceeding 91% across models, underscoring its potential to transform early-stage mental health interventions. Future enhancements include adopting advanced deep learning frameworks and expanding multilingual capabilities to broaden accessibility.

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Published
2025-02-07
DOI
https://doi.org/10.1109/icccit62592.2025.10928002
Primary Topic
Mental Health via Writing
Type
article
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article

AI-Enhanced Depression Detection System: Integrating Multimodal Analysis for Early Diagnosis

Atul Kumar Patidar, Deipali Vikram Gore, Bhushan Inje, Apurva Alhat
Mental Health via Writing
article

AI-Enhanced Depression Detection System: Integrating Multimodal Analysis for Early Diagnosis

Atul Kumar Patidar, Deipali Vikram Gore, Bhushan Inje, Apurva Alhat
article en

Abstract

Depression is a prevalent mental health condition affecting millions globally, often going undiagnosed due to social stigma and limited accessibility to healthcare. This study presents an innovative AI-enhanced system for early depression detection, utilizing multimodal analysis integrating natural language processing (NLP) and patient health metrics. Two machine learning models form the system's core: a text classification model leveraging logistic regression to analyze user inputs and predict emotional tone and a health-data-based model that incorporates factors such as BMI, blood features, and comorbid conditions for comprehensive evaluation. The models were integrated into a web application offering a dual advantage of accurate screening and accessible mental health recommendations. Results demonstrated high efficacy with classification accuracy exceeding 91% across models, underscoring its potential to transform early-stage mental health interventions. Future enhancements include adopting advanced deep learning frameworks and expanding multilingual capabilities to broaden accessibility.

Narsee Monjee Institute of Management Studies (IN)
Openalex Percentile: Top 94%
Mental Health via Writing
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AI-Enhanced Depression Detection System: Integrating Multimodal Analysis for Early Diagnosis — Atul Kumar Patidar, Deipali Vikram Gore, et al. · (2025) | TGRS Research Map | TGRS