DocumentCode
770326
Title
Speech-Aware Multimedia
Author
Hemphill, Charles T. ; Thrift, Philip R. ; Linn, John C.
Author_Institution
Texas Instrum. Inc., Dallas, TX, USA
Volume
3
Issue
1
fYear
1996
Firstpage
74
Lastpage
78
Abstract
Computer users have long desired a personal software agent that could execute verbal commands. Today´s World Wide Web (WWW or Web), with its point and click hypertext interface, makes a tremendous amount of information readily available online. A speech interface would make the Web even more powerful, allowing us to access information by surfing the Web by voice. TI have developed Speech Aware Multimedia (SAM) with this in mind, to make information on the Web more accessible and useful. They combined an innovative speech recognition engine with the Web to let anyone browse arbitrary Web pages using only speech as the input medium. Speech brings added flexibility and power to the classical Web interface and makes information access more natural. Today´s speech recognition capability is well matched to Web browsing. The Web page provides a natural, well defined context for a speech recognition application. The recognition engine does not need to recognize any and all possible phrases, but only those phrases pertaining to the specific page in view at the moment. This context imposes limits that significantly aid recognition performance. Furthermore, the visual information on a page prompts the user on what to request and how to request it by voice
Keywords
Internet; multimedia computing; natural language interfaces; online front-ends; speech recognition; Speech Aware Multimedia; TI; WWW; Web browsing; World Wide Web; arbitrary Web pages; hypertext interface; information access; personal software agent; speech interface; speech recognition engine; visual information; Computer interfaces; Engines; Instruments; Multimedia systems; Software agents; Speech recognition; TV; Web pages; Web sites; World Wide Web;
fLanguage
English
Journal_Title
MultiMedia, IEEE
Publisher
ieee
ISSN
1070-986X
Type
jour
DOI
10.1109/93.486706
Filename
486706
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