Evaluation of the Effects of Field-of-View in Augmented Reality for Marine Navigation

TitleEvaluation of the Effects of Field-of-View in Augmented Reality for Marine Navigation
Publication TypeConference Proceedings
Year2020
AuthorsButkiewicz, T, Stevens, AH
Conference NameSPIE Augmented, Virtual, and Mixed Reality
Volume11310
Pagination12
Conference DatesFebruary 2-4
PublisherSPIE
Conference LocationSan Francisco, CA

Augmented reality (AR) has potential for increasing safety in marine navigation, but current-generation AR devices have significantly limited field-of-view, which could make them impractical for such usage. We developed a virtual reality ship simulator that displays AR navigation overlays across variable fields-of-view. This paper presents a human factors study, in which participants (including experienced boaters) piloted a virtual vessel while navigating using combinations of a traditional electronic chart display and AR overlays presented at various fields-of-view. Eye movements were tracked to discover how AR and restricted fields-of-view effect navigational target finding, safety, and situational awareness. The results indicate that AR provides significant benefits that can promote safer marine navigation, and that the field-of-view of an AR device has some significant and predictable effects on its usefulness for navigational tasks. Increasing field-ofview capabilities in future AR hardware is expected to improve AR’s usefulness for marine navigational tasks, however, this research shows that current-generation AR hardware (such as HoloLens 2) may already be suitable for this application, as most of the significant benefits were gained by providing AR overlays regardless of their field-of-view.

DOI10.1117/12.2546605
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