Lucas Majeau, Jonathan Borduas, S. Loranger, Yahya El-Iraki, J. Lavoie, David Banville, V. Latendresse, Valerie Beland, Jonathan Daniel-Rivest, Amadou Thiaw, Hassan-David Bambara, Thierry P. Beausoleil, W. Trottier-Lapointe, J. Lapointe
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Sensory gloves are promising technologies for human/machine interface and sign language translation. For theses applications, all degrees of freedom of the human hand have to be monitored with a good precision. For now, there is no sensory glove on the market meeting these requirements at low cost for widespread consumer applications. This paper describes a prototype of low cost sensory glove based on coupling loss fiber optics flexion sensors.
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