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Microcomputers for process control /
Microcomputers for Process Control provides an introduction to microprocessor technology for process monitoring and control. The book begins with an overview of microprocessor applications in areas such as consumer products, factories, and telecommunications. This is followed by separate chapters th...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Oxford [Oxfordshire] ; New York :
Pergamon Press,
1983.
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| Edición: | 1st ed. |
| Colección: | Pergamon materials engineering practice series.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Microcomputers for Process Control; Copyright Page; Materials Engineering Practice: FOREWORD; Preface; Table of Contents; Chapter 1. Survey of Microprocessor Applications; 1.1 INTRODUCTION; 1.2 MASS-PRODUCED CONSUMER DEVICES; 1.3 COMMERCIAL SYSTEMS; 1.4 FACTORY APPLICATIONS; 1.5 ""HIDDEN"" MICROCOMPUTERS; 1.6 TELECOMMUNICATIONS; 1.7 SINGLE-BOARD COMPUTERS; 1.8 MISCELLANEOUS APPLICATIONS; 1.9 FUTURE APPLICATIONS; FURTHER READING; Chapter 2. Microcomputer Technology; 2.1 NUMBER SYSTEMS; 2.2 LOGICAL FUNCTIONS; 2.3 INTEGRATED CIRCUITS; 2.4. MAIN ELEMENTS IN A MICROCOMPUTER.
- 2.5 THE CPU2.6 THE FETCH/EXECUTE CYCLE; 2.7 ROM MEMORY; 2.8 RAM MEMORY; 2.9 INPUT/OUTPUT; 2.10 THE BUS SYSTEM; 2.11 DMA (DIRECT MEMORY ACCESS); 2.12 SOFTWARE CONCEPTS; 2.13 TYPICAL INSTRUCTION SET; 2.14 MICROPROCESSOR SURVEY; FURTHER READING; Chapter 3. Plant Measurements and Microcomputer Interface; 3.1 INTRODUCTION; 3.2 TEMPERATURE MEASUREMENT; 3.3 FLOW MEASUREMENT; 3.4 PRESSURE MEASUREMENT; 3.5 LEVEL MEASUREMENT; 3.6 WEIGHT MEASUREMENT; 3.7 CHEMICAL ANALYSIS; 3.8 MISCELLANEOUS MEASUREMENTS; 3.9 SIGNAL RANGES; 3.10 DIGITAL INPUTS; 3.11 ANALOGUE OUTPUTS; 3.12 DIGITAL OUTPUTS.
- 3.13 DIGITAL INSTRUMENTATION3.14 AMPLIFIER TECHNIQUES; 3.15 TYPICAL PLANT INTERFACE; 3.16 INSTALLATION DETAILS; 3.17 TELEMETRY; FURTHER READING; Chapter 4. Microcomputer System Hardware; 4.1 MICROCOMPUTER CONFIGURATION; 4.2 STORAGE TECHNIQUES; 4.3 FLOPPY DISC; 4.4 HARD DISC; 4.5 MAGNETIC TAPE CASSETTE; 4.6 PRINTERS; 4.7 TELEVISION MONITOR; 4.8 VDU; 4.9 KEYBOARDS; 4.10 GRAPH PLOTTER; 4.11 SERIAL TRANSMISSION; 4.12 ANALOGUE/DIGITAL CONVERSION; 4.13 DIGITAL/ANALOGUE CONVERSION; 4.14 MULTIPLEXED INPUT/OUTPUT; 4.15 SYSTEM BACK-UP (DUALITY); FURTHER READING.
- Chapter 5. VDU-based Systems for Plant Monitoring5.1 MINIS AND MICROS FOR DISPLAY; 5.2 ""SHARED DISPLAY"" SYSTEMS; 5.3 TYPICAL PROPRIETARY ""SHARED DISPLAY"" SYSTEMS; 5.4 SMALL TAILORED DISPLAY SYSTEMS; 5.5 MIMIC REPRESENTATION; 5.6 INSTRUMENT DATA DISPLAY; 5.7 TREND RECORDING; 5.8 ONLINE DESIGN FACILITIES; 5.9 PRINTER LOGGING; FURTHER READING; Chapter 6. Modes of Control; 6.1 GENERAL METHODS OF COMPUTER CONTROL; 6.2 PRINCIPLE OF CONTINUOUS CONTROL; 6.3 CONVENTIONAL CONTROLLERS; 6.4 SUPERVISORY CONTROL; 6.5 DIRECT DIGITAL CONTROL (DDC); 6.6 MICROCOMPUTER 3-TERM CONTROLLER.
- 6.7 ON/OFF AND BATCH CONTROL6.8 MATHEMATICAL MODELLING; 6.9 MORE COMPLEX CONTROL TECHNIQUES; FURTHER READING; Chapter 7. Microcomputer System Software; 7.1 PROGRAMMING TECHNIQUES; 7.2 PROGRAMMING LANGUAGES; 7.3 DEVELOPMENT FACILITIES; 7.4 EXECUTIVE ROUTINES; 7.5 UTILITY MODULES; 7.6 SCANNING ROUTINES; 7.7 CALCULATION ROUTINES; 7.8 DISPLAY PROGRAMMING; 7.9 DATA STORAGE; 7.10 SYSTEM LOADING; 7.11 HARDWARE DIAGNOSTIC ROUTINES; FURTHER READING; Chapter 8. Applications; 8.1 DISTRIBUTED PROCESSING SYSTEM; 8.2 OUTSTATIONS; 8.3 SEQUENCE CONTROL; 8.4 PUSHING-CAR POSITION LOGGING.