Titlebook: Assistive Technology and Artificial Intelligence; Applications in Robo Vibhu O. Mittal,Holly A. Yanco,Richard Simpson Book 1998 Springer-Ve

1FAWN

Serge Haddad,Laura Recalde,Manuel Silvaing people with disabilities. Here a focus is on controlling interfaces and language issues. The AI technologies used are quite varied; the resulting ideas have a great deal of promise and point us to future possibilities.

一小块

Aline Goeminne,Nicolas Markey,Ocan Sankurutes to learn to control the cursor sufficiently to spell out a message with an onscreen keyboard. We currently are working with two dozen children with profound disabilities to teach them to use . to control computer software for entertainment, communication, and education. We have had some dramatic successes.

舞蹈编排

Spinal-Fusion

得意人

octogenarian

978-3-540-64790-4Springer-Verlag Berlin Heidelberg 1998

obsolete

有斑点

Monitoring Timed Properties (Revisited)ogy by searching the lexicon for the sign‘s manual and non-manual information. Manual sign information consists of phonemes . (movement), . (location), . (handshape), and . (hand orientation), which we use as the ASL unit of analysis. Non-manual sign information consists of specific facial and body

mettlesome

Aline Goeminne,Nicolas Markey,Ocan Sankurutes to learn to control the cursor sufficiently to spell out a message with an onscreen keyboard. We currently are working with two dozen children with profound disabilities to teach them to use . to control computer software for entertainment, communication, and education. We have had some dramati

不可侵犯

https://doi.org/10.1007/978-3-031-15839-1can provide speech synthesis or text output, the rate of communication is typically very slow. Consequently, augmentative communication users often develop telegraphic patterns of language usage. A natural language processing technique termed . (compression-expansion) has been developed that expands