Designing with Speech Processing Chips

PrefaceAcknowledgmentsChapter 1 Speech Processing Chips 1.1 Introduction to Voice Synthesis Digital ICs 1.2 Synthesis Techniques 1.3 SP0256B/SP0264 Narrator Speech Synthesis Processors 1.4 SP0256-AL2 Allophone Speech Synthesis Processor 1.5 Serial Speech ROM SPR128A 1.6 SPR000 Parallel-to-Serial Speech Interface Chip 1.7 SDS264 Speech Synthesis Development Board 1.8 Digitalker Kit DT1050 1.9 Toshiba CMO S Speech Synthesis LSI Devices 1.10 TSP5220C Voice Synthesis Chip from Texas Instruments 1.11 CMOS ADPCM Speech Synthesizers and Recorders from Oki Semiconductor 1.12 Samsung Voice Synthesizers ICs ReferencesChapter 2 Experimenting with Speech Processors 2.1 Evaluating the Allophone Addresses for the SP0256-AL 2.2 Interfacing the SP0256-AL2 with a PC/XT 2.3 Interfacing a Speech Synthesizer to a Commodore 64 Computer 2.4 Generating a Technical Vocabulary for the SP0256-AL 2.5 Designing a Speech-Synthesized Event Counter 2.6 Circuit Vocalizes Hex Code for a 4-Bit Input 2.7 Circuit Vocalizes 8-Bit Binary Input 2.8 Improved Technique Vocalizes Binary Code for 8-Bit Input 2.9 Microcontroller Routine Handles the Basic Functions of a Speech Processor 2.10 Field Programmable Controller Am29CPL100 Drives the Speech Processor SP0256-AL 2.11 Multiplexing a Speech Processor with Different Data Sources ReferencesChapter 3 Analog Circuits 3.1 Basics of the A/D Converters 3.2 Interfacing the ADC0804 to Digitalker DT1050 3.3 Handling Multiple A/D Converters 3.4 Using a Window Comparator to Drive a Speech Processor 3.5 Using a 10-Step Voltage Comparator to Drive a Speech Processor 3.6 Interfacing a Speech Processor to a Logic Probe 3.7 Talking Programmable Gain Amplifier 3.8 Designing an Electronic Thermometer That Announces Readings 3.9 Interfacing Displacement Transducers to Speech Processors 3.10 BCD A/D Converter Interface to SP0256Chapter 4 Digital Circuits 4.1 4-Bit Magnitude Comparator Calls out the Results 4.2 A Talking Hexadecimal Keyboard Encoder 4.3 Designing a Talking Semaphore 4.4 How to Design a Talking Clock 4.5 Designing a Speaking Coin Detector 4.6 Designing a Talking Coffee Machine Controller 4.7 Designing a Talking Random Number Generator 4.8 Designing an Alternating Current Motor-Speed Controller with Artificial VoiceChapter 5 Test and Measurement Circuits 5.1 Designing a Talking Autorange Frequency Counter 5.2 Designing a Talking Voltmeter Using SP0256-AL2 5.3 Designing a Direct Current Voltmeter with the Digitalker Kit DT1050 5.4 Using a Field Programmable Controller to Design a Compact Autorange Direct Current Voltmeter 5.5 Designing a Circuit to Announce Alternating Current Line Voltage 5.6 Designing a Circuit to Announce Alternating Current Line Frequency Cycles 5.7 Using a Speech Processor to Monitor Respiratory Rate 5.8 Designing a Fault-Tolerant Respiratory Rate Meter 5.9 Designing a Soil Moisture Meter 5.10 Designing a CMOS MSI Capacitance Meter 5.11 Designing a Talking Solid State Barometer 5.12 Designing a Talking Darkroom Timer 5.13 Talking Current Meter 5.14 Designing a Liquid-Level AnnunciatorChapter 6 Speech-Synthesized Burglar Alarms 6.1 Designing a Burglar Alarm with Artificial Voice 6.2 Designing a Simple Fault-Tolerant Burglar Alarm 6.3 Designing a Vocal Warning Alarm Using CMOS MSI Chips 6.4 Designing a Microcontroller-Operated Burglar Alarm 6.5 Designing an Alarm to Monitor Entrance Devices IndependentlyChapter 7 Voice Recognition Chips 7.1 Introduction to Voice-Recognition Techniques 7.2 The Word-Recognizer VCP200 7.3 Voice-Recognizer VCP200 Controls Direct Current Motors 7.4 How to Control Direct Current Motors with a Word Recognizer and a Speech Synthesizer 7.5 Voice-Recognition Synthesis Device SP1000 ReferencesIndex