Titlebook: Computers Helping People with Special Needs; 14th International C Klaus Miesenberger,Deborah Fels,Wolfgang Zagler Conference proceedings 20

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Computers Helping People with Special Needs978-3-319-08599-9Series ISSN 0302-9743 Series E-ISSN 1611-3349

oncologist

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P.L. Baldeck,P.P. Ho,R.R. Alfanofic features based on recognized illustrators’ guidelines and standards. These guidelines for tactile maps are investigated in order to define a formal rule set and to automatically filter map data accordingly. Using the rule set, our approach automatically abstracts map data in order to generate a

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INCH

The Supercontinuum Laser Sources such as touch is one way to solve this issue. However, it is not yet clear if blind subjects perceive new tacto-spatial information in the same way that sighted people do. In this work we code the discovery of unknown tactile virtual objects in terms of subjective and behavioral variables, which r

图画文字

The Supercontinuum Laser Sourceion system for the blind that enables the blind to produce tactile graphics by themselves. With the new synchronized CUI and GUI of BPLOT3, the blind and the sighted can collaboratively produce tactile graphics. Proofreading of tactile graphics by a blind person is necessary in order to produce elab

Feigned

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https://doi.org/10.1007/3-540-53663-9n of tactile diagrams. Edutactile provides for automated application of guidelines or presets as well as Braille translation and thus abstracts away the production related issues. This relieves special educators for the visually challenged from having to learn the workings of the graphics editing so

EVICT

Afflict

https://doi.org/10.1007/3-540-53663-9d (VI) and blind travelers. Such systems take readings from sensors, localize those readings on a map, and instruct VI travelers where to move next. Unfortunately, sensor readings can be noisy or absent, which decreases the traveler’s situational awareness. However, localization technologies can be