Fundamentals of speech recognition
Fundamentals of speech recognition
Whither the pen-based interface?
Journal of Management Information Systems - Special issue: Collaboration technology, modeling, and end-user computing for the 1990s
Using speech recognition
Beyond the interface: ease of use and task/technology fit
Information and Management
The psychological origins of perceived usefulness and ease-of-use
Information and Management
Complementary video and audio analysis for broadcast news archives
Communications of the ACM
Integrated technologies for indexing spoken language
Communications of the ACM
Transcribing broadcast news for audio and video indexing
Communications of the ACM
Japanese broadcast news transcription and information extraction
Communications of the ACM
Measurements in support of research accomplishments
Communications of the ACM
Computer Speech Technology
Voice Recognition
Speech Technology for Telecommunications
Speech Technology for Telecommunications
Automatic Speech and Speaker Recognition: Advanced Topics
Automatic Speech and Speaker Recognition: Advanced Topics
Learning to Recognize Speech by Watching Television
IEEE Intelligent Systems
Location history in a low-cost context awareness environment
ACSW Frontiers '03 Proceedings of the Australasian information security workshop conference on ACSW frontiers 2003 - Volume 21
Implementation and empirical evaluation of voice-enabled web applications
International Journal of Information Technology and Management
Voice enabling mobile financial services with multimodal transformation
International Journal of Mobile Communications
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Researchers have studied human speech interaction with computers for many years. Much of the focus in this area has been on creating better technical speech recognition (SR) systems, and almost all of the testing has centered on accuracy and productivity gains. However, there has been little study of other issues, such as user acceptance. This paper reports the results of an experiment investigating word generation rates, word error rates, and user acceptance of a speech recognition program as compared to typing. Although the subjects made more errors when using the speech recognition software, they were able to generate more than twice as much text in the same amount of time. However, this relative efficiency was not enough to overcome the inaccuracy and annoyance in fixing so many errors.