Evaluating Virtual Reality Experience and Performance: A Brain-based Approach

Matthew Pike, Eugene Ch’ng

VRCAI 2016, December 2016

Virtual Reality, Brain-Computer Interfaces, Human Factors, User Experience, Cognitive Ergonomics

Abstract

The recent trend and parallel development of Virtual Reality, Brain-Sensing Measures, and associated technology such as Augmented Reality have set a positive tone for research in these disciplines. An important human factors area influencing VR applications is the measurement of perception, mental workload, and immersion, which are key determinants of user experience. Traditional approaches use subjective questionnaires, but advances in wearable physiological sensors such as brain scanners present an opportunity for continuous, objective evaluation. This paper explores the integration of these two emerging fields to enhance VR experiences through brain-based evaluation methods.