Home » Proceedings » GI 2010 » Visuohaptic borescope inspection simulation training: modeling multi-point collision detection/response and evaluating skills transfer

Visuohaptic borescope inspection simulation training: modeling multi-point collision detection/response and evaluating skills transfer

Deepak Vembar, Andrew Duchowski, Melissa Paul, Anand Gramopadhye, Carl Washburn


Proceedings of Graphics Interface 2010:
Ottawa, Ontario, Canada,
31 May – 2 June 2010, pp. 177-184

Abstract

Results are presented from a transfer effects study of a visuohaptic borescope simulator developed for non-destructive aircraft inspection training. The borescope simulator supports multi-point collision detection to effect haptic feedback as the virtual probe slides along and collides with rigid surfaces. Such probe maneuvering is shown to be a significant aspect of the inspection task that benefits from training, regardless of whether a real or virtual probe simulator is used to provide the training.

Michael A. J. Sweeney Award

Alain Fournier Awards

Bill Buxton Awards

CHCCS Service Awards

CHCCS Achievement Awards

Canadian Digital Media Pioneer Awards

Connect with us

Prix Pionnier des médias numériques

Early Career Researcher Award

primary_navigation_menu