MoodPupilar: Predicting Mood Through Smartphone Detected Pupillary Responses in Naturalistic Settings

MoodPupilar introduces a novel method for mood evaluation using pupillary response captured by a smartphone's front- facing camera during daily use. Over a four-week period, data was gathered from 25 participants to develop models capable of predicting daily mood averages. Utilizing the GLOBEM behavior modeling platform, we benchmarked the utility of pupillary response as a predictor for mood. Our proposed model demonstrated a Matthew's Correlation Coefficient (M CC) score of 0.15 for Valence and 0.12 for Arousal, which is on par with or exceeds those achieved by existing behavioral modeling algorithms supported by GLOBEM. This capability to accurately predict mood trends underscores the effectiveness of pupillary response data in providing crucial insights for timely mental health interventions and resource allocation. The outcomes are encouraging, demonstrating the potential of real-time and pre-dictive mood analysis to support mental health interventions.

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Publication Details

Published
2024-10-15
DOI
https://doi.org/10.1109/bsn63547.2024.10780658
Citations
1
Primary Topic
Mental Health Research Topics
Type
article
Field-Weighted Citation Impact
0.51
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article

MoodPupilar: Predicting Mood Through Smartphone Detected Pupillary Responses in Naturalistic Settings

Tongze Zhang, Sang Won Bae, Rahul Islam, Priyanshu Singh Bisen
1 citations
Mental Health Research Topics
0.51
article

MoodPupilar: Predicting Mood Through Smartphone Detected Pupillary Responses in Naturalistic Settings

Tongze Zhang, Sang Won Bae, Rahul Islam, Priyanshu Singh Bisen
article en
1 citations

Abstract

MoodPupilar introduces a novel method for mood evaluation using pupillary response captured by a smartphone's front- facing camera during daily use. Over a four-week period, data was gathered from 25 participants to develop models capable of predicting daily mood averages. Utilizing the GLOBEM behavior modeling platform, we benchmarked the utility of pupillary response as a predictor for mood. Our proposed model demonstrated a Matthew's Correlation Coefficient (M CC) score of 0.15 for Valence and 0.12 for Arousal, which is on par with or exceeds those achieved by existing behavioral modeling algorithms supported by GLOBEM. This capability to accurately predict mood trends underscores the effectiveness of pupillary response data in providing crucial insights for timely mental health interventions and resource allocation. The outcomes are encouraging, demonstrating the potential of real-time and pre-dictive mood analysis to support mental health interventions.

Stevens Institute of Technology (US)
Openalex Percentile: Top 27%
Mental Health Research Topics
0.51
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