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2009 IEEE Symposium on 3D User Interfaces
Poster: Teaching letter writing using a programmable haptic device interface for children with handwriting difficulties
Lafayette, LA, USA
March 14-March 15
ISBN: 978-1-4244-3965-2
Younhee Kim, George Mason University, USA
Zoran Duric, George Mason University, USA
Naomi Lynn Gerber, George Mason University, USA
Arthur R. Palsbo, OBSLAP RESEARCH, LLC, USA
Susan E. Palsbo, OBSLAP RESEARCH, LLC, USA
We designed a virtual hand-writing teaching system for children with handwriting difficulties due to attention or motor deficits, using a haptic interface that could provide a neutral, repetitive engaging approach to letter writing. The approach we took to accomplish this included: (a) Using letter primitives, (b) User friendly interface for teachers, therapists, subjects and parents, (c) Adjustable force and assessment mode, and (d) Quantitative reports. We evaluated 4 subjects. We obtained pre-training letter formation, then followed with a prescribed training session in which a fixed number of haptic driven repetitions was performed. Subjects were post-tested with free-form letter writing. Anecdotally, 2 children had obvious improvement in accuracy of letter formation, one slowed down speed with which he formed letters, which resulted in more legible handwriting. Children were engaged in the process and reported they had fun and would do it again.
Citation:
Younhee Kim, Zoran Duric, Naomi Lynn Gerber, Arthur R. Palsbo, Susan E. Palsbo, "Poster: Teaching letter writing using a programmable haptic device interface for children with handwriting difficulties," 3dui, pp.145-146, 2009 IEEE Symposium on 3D User Interfaces, 2009
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