This Is AuburnElectronic Theses and Dissertations

Applications of Augmented and Virtual Reality at Museums and Archaeological Parks to Improve Sustainability

Date

2022-05-24

Author

Sargsyan, Nikolay

Type of Degree

PhD Dissertation

Department

Computer Science and Software Engineering

Abstract

Augmented and Virtual Reality are relatively novel technologies that have gained popularity during the past decade. Virtual Reality allows one to be immersed in virtual worlds, while Augmented Reality combines virtual and real worlds in a see through device, e.g. a camera-enabled smartphone. Today Augmented and Virtual Reality technologies are widely researched and applied in various fields, including non-conventional and informal educational settings. Museums are locations renowned for informal education. Keeping a museum up-to-date with the advancement of multimedia technologies is beneficial for both museums and visitors. Improved interactivity and better informational systems installed at a museum can improve visitor experience and learning. As such, visitor attendance may be increased and on-site behaviour affected positively, growing museum sustainability. This research discusses the effect of gamified Augmented and Virtual Reality museum experiences on museum sustainability via a case study at the Moundville Archaeological Park. The prospects of monetizing gamified Augmented and Virtual Reality museum experiences are explored. The effects of gamified Augmented and Virtual Reality museum experiences on visitors' educational, entertainment, esthetic, and recreational experiences are explored. The perception of of gamified Augmented and Virtual Reality museum experiences by the museum internal and external stakeholders is explored. Additionally, this research discusses a case study at the Jule Collins Museum of Fine Art illustrating the applicability of utilizing Augmented Reality headset camera to analyze museum visitor experience as a substitute to more conventional but significantly more expensive specialized eye-tracking headsets.