Titlebook: Auditory User Interfaces; Toward the Speaking T. V. Raman Book 1997 Springer Science+Business Media New York 1997 Design.Graphical User In

手势

https://doi.org/10.1007/978-3-658-07141-7user to organize the . by dragging and dropping graphical icons into a visual two dimensional workspace represented on the computer monitor. Given this tight association between visual interaction and today’s electronic desktop, the phrase . desktop is likely to raise a few eyebrows (Or should it be earlobes)!

archetype

Book 1997egrates speech into thehuman-computer interaction. The Auditory User Interface (AUI)works directly with the computational core of the application, thesame as the Graphical User Interface. .The author‘s approach is implemented in two large systems, ASTER- a computing system that produces high-quality

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Speech-Enabled Applications,, computer interfaces have relied primarily on visual interaction — today’s interfaces are like the . movies of the past! As we approach the turn of the century, computers now have the ability to talk, listen and perhaps, even .. Technological advances in the areas of speech synthesis and recognitio

paleolithic

MIR

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Concrete Implementation of an Audio Desktop,focus was on designing an audio desktop independent of any specific implementation. An audio desktop was characterized in terms of the basic user-level functionality such an environment needs to enable and the tools and techniques that can be used in achieving these goals.

SEED

Speech-Enabling The WWW,izes information interchange by replacing printed paper, a passive intermediary, by a computational device capable of disseminating and manipulating digital information. By connecting together such computational devices around the world, The WWW has the potential to enable the pooling of information

FLIRT

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