Machine Learning based Mood Prediction and Recommendation System

Machine Learning based Mood Prediction and Recommendation System

Anusha Karve, Aryan Humnabadkar, Bhargav Shivbhakta, Mrs. Sarojini Naik

Dept. of Electronics And Computer Engineering
PES Modern College Of Engineering
Pune, India

Abstract— The increasing prevalence of mood disorders necessitates innovative approaches for mental health support and intervention. This paper presents a novel Machine Learning-based Mood Prediction and Recommendation System designed to enhance mental well-being through personalized recommendations. The system leverages advanced machine learning algorithms to predict users' emotional states based on a combination of their behavioral data, physiological signals, and contextual information. Our approach integrates dynamic feedback mechanisms that continuously improve the model's accuracy and relevance of recommendations. The model's performance is evaluated using key metrics, including accuracy, precision, recall, F1-score, and AUC-ROC, demonstrating its effectiveness in mood prediction. Unlike conventional systems, our model offers personalized recommendations tailored to individual emotional patterns, distinguishing itself through its adaptability and real-time learning capabilities. This paper provides insights into the system's design, performance metrics, and its contributions to the field of mental health support.

Keywords: Mood Prediction, Recommendation Systems, Machine Learning, Data Privacy, Multimodal Data Integration, Ethical Considerations, Mental Health