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Speech Synthesis Utilizing Microcomputer Control
Title
Speech Synthesis Utilizing Microcomputer Control.
Creator
Uzel, Joseph N., Patz, Benjamin W., Engineering
Abstract / Description
Florida Technological University College of Engineering Thesis; This report explores the subject of speech synthesis. Information given includes a brief explanation of speech production in man, an historical view of speech synthesis, and four types of electronic synthesizers in use today. Also included is a brief presentation on phonetics, the study of speech sounds. An understanding of this subject is necessary to see how a synthesizer must produce certain sounds, and how these sounds are...
Show moreFlorida Technological University College of Engineering Thesis; This report explores the subject of speech synthesis. Information given includes a brief explanation of speech production in man, an historical view of speech synthesis, and four types of electronic synthesizers in use today. Also included is a brief presentation on phonetics, the study of speech sounds. An understanding of this subject is necessary to see how a synthesizer must produce certain sounds, and how these sounds are put together to create words. Finally a description of a limited text speech synthesizer is presented. This system allows the user to enter English text via a keyboard and have it output in spoken form. The future of speech synthesis appears to be very bright. This report also gives some possible applications of verbal computer communication.
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Date Issued
1978
Identifier
CFR0004781, ucf:52972
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFR0004781
An extension to the best numerical integration formula development
Title
An extension to the best numerical integration formula development.
Creator
Medina Viedas, Jorge, Patz, Benjamin W., Engineering
Abstract / Description
University of Central Florida College of Engineering Thesis; A mathematical analysis seeking an accurate measure of the worth of numerical integration techniques used for real-time digital flight simulation problems is presented. This investigation allows the subject of ""best integration methods to be pursued making emphasis on the choice of practical steps and the use of available mathematical techniques to illustrate and evaluate a potential root matching approach involving a selected...
Show moreUniversity of Central Florida College of Engineering Thesis; A mathematical analysis seeking an accurate measure of the worth of numerical integration techniques used for real-time digital flight simulation problems is presented. This investigation allows the subject of ""best integration methods to be pursued making emphasis on the choice of practical steps and the use of available mathematical techniques to illustrate and evaluate a potential root matching approach involving a selected first-order differential system. This study allows certain evaluational techniques to be developed. Notable among these are the schemes for comparing roots of sampled ideal integrators to roots of sampled approximated integrators, the development of an integration and of an iteration formula, and the creation of a computer program.
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Date Issued
1983
Identifier
CFR0004427, ucf:52975
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFR0004427
Multicoupled Bandpass Filter Design Using a Multiple Feedback Configuration
Title
Multicoupled Bandpass Filter Design Using a Multiple Feedback Configuration.
Creator
Martin, Robert J., Patz, Benjamin W., Engineering
Abstract / Description
Florida Technological University College of Engineering Thesis; In this paper, two methods for the design of active analog feedback bandpass filter pairs are examined. A third method is presented that does not use extra amplifiers for summation nor multicoupling. This third method uses identical bandpass amplifies and employs resistor summing to provide multicoupling. The name of this configuration is the "Dual Amplifier Bandpass Filter Employing Resistor Summing" (DABFERS). This...
Show moreFlorida Technological University College of Engineering Thesis; In this paper, two methods for the design of active analog feedback bandpass filter pairs are examined. A third method is presented that does not use extra amplifiers for summation nor multicoupling. This third method uses identical bandpass amplifies and employs resistor summing to provide multicoupling. The name of this configuration is the "Dual Amplifier Bandpass Filter Employing Resistor Summing" (DABFERS). This configuration is economically attractive, has low sensitivity and better phase lag characteristics. In addition, third order prototypes are examined and a solution method for higher order prototypes is suggested.
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Date Issued
1976
Identifier
CFR0011990, ucf:53096
Format
Document (PDF)
PURL
http://purl.flvc.org/ucf/fd/CFR0011990