학술논문

MoodSynch
Document Type
article
Source
Subject
emotion
heart rate variability
mood
music
emotion regulation
galvanic skin response
gsr
hrv
IoT
facial detection
physiological signals
smart environment
Language
Abstract
University brings many changes and challenges in students inducing a great amount of emotion fluctuation. During these times of emotion fluctuation, students can experience a drop off in academic performance and a rise in stress levels. In these times, effective emotion regulation has demonstrated to be a valuable tool correlated with improving academic performance and lowering stress. Music and light/color have been shown to be effective aspects of a smart environment for emotion regulation. Combining this knowledge along with physiological signal analysis correlating with emotions, we set out to develop a smart environment system set to aid students with emotion regulation. Our goal is to develop a low-cost accessible tool for university students that enhances student performance, emotional self understanding, and positive emotion regulation habits.Faculty Advisor: Professor Dang