Carole W. Dennis

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In this paper we present the results of a study to determine the effect and efficacy of a Virtual Reality game designed to elicit movements of the upper extremity. The study is part of an on-going research effort to explore the use of Virtual Reality as a means of improving the effectiveness of therapy for children with motor impairments. The current study(More)
Tots on Bots is a research project developing robotic-based mobility platforms for children with motor impairments. Independent mobility is crucial in the development of typical infants, and is missed by children with physical disabilities. We are looking to provide mobility to children as young as six months old using robot-powered devices. Children use(More)
This paper presents a single-subject feasibility study of a motion-based VR game designed to provide benefits similar to constraint-induced movement therapy for children with cerebral palsy, while providing a more enjoyable experience. The game was designed to encourage the child to perform the desired therapeutic movements by allowing him to interact with(More)
A novel method for controlling a robotic mobility platform, the WeeBot, is presented. The WeeBot permits an infant seated on the robot to control its motion by leaning in the direction of desired movement. The WeeBot hardware and software are discussed and the results of a pilot feasibility study are presented. This study shows that after five training(More)
The onset of crawling in infants contributes to cognitive, perceptual, social, and emotional development. Conversely, infants with motor impairment that delays or prevents autonomous mobility often have associated developmental delays. Evidence suggests that providing mobility may have positive developmental outcomes, however powered wheelchairs may not be(More)
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