Path: utzoo!utgpu!news-server.csri.toronto.edu!rpi!think.com!spool.mu.edu!uunet!mcsun!ukc!yorkohm!minster!russell From: russell@minster.york.ac.uk Newsgroups: comp.ai.neural-nets Subject: Re: Hand Shape recognition (Sign Language) Message-ID: <675681558.17304@minster.york.ac.uk> Date: 31 May 91 09:19:20 GMT Article-I.D.: minster.675681558.17304 References: <54953@nigel.ee.udel.edu> Reply-To: russell@minster.york.ac.uk (russell) Organization: Department of Computer Science, University of York, England Lines: 91 In article <54953@nigel.ee.udel.edu> peters@ee.udel.edu (Shirley Peters) writes: >I'm looking for references and names of research done in the area of >Sign language recognition. This could be hand shape recognition using a >glove sensing device, or video image recognition, or anything else that >will ultimately end up dealing with sign language. > >Thanx in advance, >Shirley Try Gestures and Neural Networks in Human-Computer Interaction. IJCNN-91, Seattle. To appear July 1991. (R. Beale and A. D. N. Edwards) Interpreting Gestural Input using Neural Networks. IEE Colloquium on Neural Nets in Human-Computer Interaction. IEE Digest 1990/179. (Russell Beale and Alistair D. N. Edwards) (available from me if you have problems!) In Brief ++++++++ This research used a Powerglove (a cheap DataGlove) and back-prop. Simulated data showed excellent recognition results for a subset of American One-Handed Spelling Language. Error in signing gestures coped with perfectly satisfactorily. There is currently more work in progress. Also note that other details of this work, and related stuff of potential interest, can be found in Pattern Recognition and Neural Networks in Human-Computer Interaction Russell Beale and Janet Finlay, eds. Ellis--Horwood. Available late 1991. Also look at Fels and Hinton, GloveTalk, Fels, S. S. \& Hinton, G. E. (1990) Building Adaptive Interfaces with Neural Networks: The Glove-Talk Pilot Study, in: Diaper, D., Gilmore, D., Cockton, G. \& Shackel B. (Eds.) {\em Human-Computer Interaction: Interact U90}, Proceedings of the IFIP TC 13 Third International Conference on Human-Computer Interaction, North-Holland, Oxford, pp. 683--687. which uses a dataglove to produce speech via a customised language. Gesture Recognition using Recurrent Neural Networks, Kouichi Murakami and Hitomi Taguchi, CHI'91, pp 237--242. reports work on posture (static) and gesture (dynamic) sign recognition. Kramer, J. and Leifer, L. (1988) The talking glove: a communication aid for deaf, deaf-blind, and non-vocal individuals, {\em Rehabilitation Research and Development Center 1988 Progress Report}, Veterans Administration, Palo Alto, California, pp.123--124. use a dataglove as an aid for the disabled, while Pausch and Williams Pausch R. and Williams, R. D. (1990) Tailor: Creating Custom User Interfaces Based on Gesture, Computer Science Report No. TR-90-06, Department of Computer Science, University of Virginia. have taken a very different approach to using gestures to generate speech. Instead of using sign language, their aim is that the communicator to move his or her hand in motions which mimic the movements of the tongue in natural speech. Their objective is to use this technique as a means of communication for people who cannot communicate vocally because of disabilities such as cerebral palsy. So far Pausch and Williams' results have been encouraging in that they have managed to get subjects with cerebral palsy to consistently generate suitable gesture curves. The latter two use conventional pattern recognition techniques. Hope this helps. Russell. ____________________________________________________________ Russell Beale, Advanced Computer Architecture Group, Dept. of Computer Science, University of York, Heslington, YORK. YO1 5DD. UK. Tel: [044] (904) 432771 Fax: [044] (904) 432767 russell@uk.ac.york.minster JANET russell%minster.york.ac.uk@nsfnet-relay.ac.uk ARPA ..!ukc!minster!russell UUCP russell@minster.york.ac.uk eab mail ____________________________________________________________