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Ubicomp - International Symposium on Ubiquitous Computing,
Ubicomp 2002 - International Symposium on Ubiquitous Computing, Göteborg, September 29th - October 2nd , 2002 Next conference in the series formerly HUC. Ubicomp 2001 - International Symposium on Ubiquitous Computing, Atlanta, October, 2001 Next conference in the series formerly HUC. The Second International Symposium on Handheld and Ubiquitous Computing (huc2k) Bristol, 25-27 September, 2000 International Symposium on Handheld and Ubiquitous Computing (HUC 99) |
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| KEYNOTE: Everywhere Messaging Chris Schmandt
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| ABSTRACT |
Two way messaging is a wonderful application for wearable and ubiquitous
computing because it allows rapid deployment of an essential, asynchronous
service into users' everyday life. As soon as we can receive messages
anywhere, however, we realize that uncontrolled message delivery can
quickly become distracting and annoying. This talk explores two issues with nomadic message services: filtering and alerting. The goal is to select only the right messages, and then tell the users about them in an appropriate manner which blends in with their tasks and acoustic environments. Filtering is based on personal information about the recipient (calendar, address book, correspondence and phone call log) as well as the recipient's location. Our work in alerting focuses on wearable auditory user interfaces, with the behavior of the wearable system adapting to its user's behavior and conversational state. These issues will be demonstrated in discussion of a number of Media Lab student research projects.
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| C. Schmandt | Chris Schmandt received the BS and MS degrees from MIT, where he has
been building speech systems since 1979. He is the director of the
Speech Research Group at the Media Laboratory, a position he has held
since the creation of the Lab. Before that he worked on speech
applications research at the Architecture Machine Group, including the
"Put That There" and "Phone Slave" projects, as well as projects in
digital video typography and gestural input for stereoscopic video
displays.
His current research focuses on user interfaces and applications of speech processing technology, voice as a data type on workstations and hand-held computers, and computer-mediated telephony. Key to this work is gaining a better understanding of how people use speech for communication in a conversational context, and how to apply this knowledge to more effective voice interaction with computers.
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