41: Practical Approaches to Machine Learning for Mental Illness Detection on Social Media

Zhanyi Ding Co-Author
New York University
 
Yexin Tian Co-Author
Georgia Institute of Technology
 
Jianglai Dai Co-Author
UC Berkeley
 
Xiaorui Shen Co-Author
Northeastern University
 
Yeyubei Zhang Co-Author
University of Pennsylvania
 
Yunchong Liu Co-Author
University of Pennsylvania
 
Yuchen Cao Co-Author
Northeastern University
 
Zhongyan Wang First Author
New York University
 
Yuchen Cao Presenting Author
Northeastern University
 
Monday, Aug 4: 2:00 PM - 3:50 PM
1484 
Contributed Posters 
Music City Center 
Social media provides a valuable avenue for mental health research, offering insights into conditions through user-generated content. Yet, the application of machine learning (ML) and deep learning (DL) models in this domain presents methodological challenges, including dataset representativeness, linguistic complexity, the need to distinguish multiple types of mental illness, and class imbalance. This project offers practical guidance to address these issues, focusing on best practices in data preprocessing, feature engineering, and model evaluation. The project introduces strategies for handling imbalanced datasets, optimizing hyperparameter tuning, and improving model transparency and reproducibility. Additionally, it demonstrates techniques for effectively differentiating various mental health conditions within social media data, ensuring that models capture their nuanced presentations. With real-world examples and step-by-step implementation, this project aims to provide tools to build more robust and interpretable ML/DL models for mental illness detection. These improvements contribute to the development of effective early detection and intervention tools in public health.

Keywords

Machine Learning

Deep Learning

Mental Health

Social Media

NLP

Multi-Class Classification 

Abstracts


Main Sponsor

Mental Health Statistics Section