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Titlebook: New Systems and Architectures for Automatic Speech Recognition and Synthesis; Renato Mori,Ching Y. Suen Conference proceedings 1985 Spring

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John J. Ohalaor of the Center for Leading Innovation and Cooperation (CLIC) at the HHL - Leipzig Graduate School of Management, Germany. .Emilio E. Matthaei is Research Associate at the University Erlangen-Nuremberg, Visiting Researcher at the U978-3-8349-0761-5978-3-8349-8010-6
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Reconfigurable Modular Architecture for a Man-Machine Vocal Communication System in Real Timearchitecture which is a combination of parallelism and pipelining. It makes it possible to get the best of the execution parallelism proper to the application class treating a continuous data flow..It is a modular architecture, staticly reconfigurable, functionally distributed, monitored by the data and with a multi-levelled hierarchic control.
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An Overview of Digital Techniques for Processing Speech Signalsch signal, various speech analysis and synthesis models are described, showing which kind of processing methods are involved. Finally, two aspects of speech recognition are presented: feature traction and pattern matching using dynamic time warping.
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Automatic Generation of Linguistic, Phonetic and Acoustic Knowledge for a Diphone-Based Continuous Sred especially when the recognition system is to be used by unskilled users in actual applications. For this purpose we have developed an automatic procedure for generating the linguistic, phonetic and acoustic data bases expressing the whole information required by the diphone-based system.
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An Efficient Algorithm for Recognizing Isolated Turkish Words used in comparisons at both levels..CPU time spent for word comparisons is reduced by about 40% compared to the time that has to be spent for a one-step whole-word classification without degrading the system performance.
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