Heart Rate and Breathing Variability for Virtual Reality Game Play.

Teeranan Charoensook Michael Barlow Erandi Lakshika

Published in: SeGAH (2019)

Keyphrases

virtual reality
heart rate
game play
virtual environment
serious games
video games
computer games
blood pressure
game design

heart rate variability
learning experience
physical activity
learning processes
educational games
computer graphics
virtual world
physiological signals
augmented reality

vital signs
game players
three dimensional
virtual reality environments
game mechanics
virtual reality technology
tangible user interface
virtual space
ecg signals

virtual humans
user experience
multi sensory
interactive virtual
machine learning
visual data mining
digital games
virtual museum
ambient intelligence