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Sign language subtitling

Sign language subtitling Sign Language Subtitling Nicoletta Adamo-Villani ∗ Purdue University Gerardo Beni ¢ University of California Riverside Abstract The object of this paper is the development of a new method of sign language subtitling for motion pictures aimed at deaf children who cannot read English yet and can communicate only via signs. The method is based on the recently introduced concept of œsemantroid  (an avatar limited to head and hands) and on the implementation of a new scrolling technique which allows for concurrent display of 4 subtitling windows at the bottom of the screen. To maximize the readability of the semantroid ™s face and hand configurations, we have created a new 3D model and we have shaded it with a combination of 3D and toon shaders. In addition, we have followed recent results in color perception to optimize the visibility of those body parts directly involved in the signing motion. The signing semantroid, optimized for maximum readability, can be scaled to fit in a very small area, and thus it is possible to display four captioning windows simultaneously. The concurrent display of several progressive animated signed sentences allows for review of the information, a feature not present in any http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png

Sign language subtitling

Association for Computing Machinery — Jul 31, 2005

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References (7)

Datasource
Association for Computing Machinery
Copyright
Copyright © 2005 by ACM Inc.
doi
10.1145/1187358.1187404
Publisher site
See Article on Publisher Site

Abstract

Sign Language Subtitling Nicoletta Adamo-Villani ∗ Purdue University Gerardo Beni ¢ University of California Riverside Abstract The object of this paper is the development of a new method of sign language subtitling for motion pictures aimed at deaf children who cannot read English yet and can communicate only via signs. The method is based on the recently introduced concept of œsemantroid  (an avatar limited to head and hands) and on the implementation of a new scrolling technique which allows for concurrent display of 4 subtitling windows at the bottom of the screen. To maximize the readability of the semantroid ™s face and hand configurations, we have created a new 3D model and we have shaded it with a combination of 3D and toon shaders. In addition, we have followed recent results in color perception to optimize the visibility of those body parts directly involved in the signing motion. The signing semantroid, optimized for maximum readability, can be scaled to fit in a very small area, and thus it is possible to display four captioning windows simultaneously. The concurrent display of several progressive animated signed sentences allows for review of the information, a feature not present in any

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