Microprocessor applications handbook

목차 (Table of Contents)

• CONTENTS
• Contributors = ⅸ
• Preface = xi
• 1. Survey of Micro processor Technology = 1-1
• The Evolution of the Micro processor = 1-1
• 1.1 Elements of a Microprocessor = 1-3
• 1.2 Microprocessor and Microcomputer Software = 1-11
• 1.3 Fundamentals of Micro processor System Design = 1-17
• References = 1-19
• 2. A Microprocessor-Based Interface for the lEEE-488 Bus = 2-1
• Introduction = 2-1
• 2.1 The IEEE-488 Standard = 2-1
• 2.2 Implementing a Microprocessor-Based 488 Interface = 2-4
• 2.3 IEEE-488 Application - Distance-Measuring Equipment(DME) = 2-8
• 2.4 DME Principles of Operation = 2-17
• 2.5 Application Summary = 2-18
• References = 2-19
• 3. Hamming Code Error-Correction for Microcomputers = 3-1
• Introduction = 3-1
• 3.1 Error Detection by Means of parity = 3-2
• 3.2 Hamming Code Theory = 3-4
• 3.3 A Hamming Equation Caculator／Correction = 3-7
• 3.4 Real-Time Error Correction(8 Bits) = 3-9
• 3.5 Real-Time Error Correction(16 Bits) = 3-13
• 3.6 A Hardware／Firmware Approach to Hamming Code Correction = 3-16
• 3.7 An 8-Bit Hardware／Firmware Hybrid Circuit = 3-17
• 3.8 Summary = 3-22
• References = 3-22
• 4. A Microprocessor-Controlled Color TV Receiver = 4-1
• Introduction = 4-1
• 4.1 Overall Functional Operation = 4-2
• 4.2 Basic Software System Approach = 4-7
• 4.3 Descriptions of major functions = 4-9
• 4.4 Task Handling = 4-29
• 4.5 Tuning and Program Selection = 4-38
• 4.6 Battery Backup = 4-45
• 4.7 Summary of Implemented Functions and Commands = 4-47
• References = 4-50
• 5. Microcomputer Data Acquisition Module = 5-1
• Introduction = 5-1
• 5.1 Signal Handling = 5-2
• 5.2 System Overview = 5-2
• 5.3 Detailed System Description = 5-5
• 5.4 Major LSI Integrated circuits = 5-8
• 5.5 Interfacing Between Major Parts of the System = 5-15
• 5.6 Software Overview = 5-23
• 5.7 Memory Considerations = 5-26
• 5.8 Program Routines = 5-28
• 5.9 Hardware-Oriented Routines = 5-30
• References = 5-40
• 6. A Microprocessor-Controlled Lumber Grader = 6-1
• Background Information = 6-1
• 6.1 Review = 6-2
• 6.2 Basic System Design = 6-3
• 6.3 Hardware Configuration = 6-4
• 6.4 Software = 6-6
• 6.5 Summary = 6-11
• References = 6-12
• 7. Programmable Video Games = 7-1
• Itroduction = 7-1
• 7.1 Components of a Video Game = 7-2
• 7.2 Microprocessor Video Game Architecture = 7-6
• 7.3 EXample of Microprocessor-Controlled Video Games = 7-9
• 7.4 Game Examples Using the Object-Oriented Approach = 7-28
• Reference = 7-29
• 8. Microprocessor-A／D Converter Interfaces = 8-1
• 8.1 Basic Definition of an Analog-to-Digital Converter(ADC) = 8-1
• 8.2 ADC Parameter Definitions = 8-8
• 8.3 Two Examples : Interfacing an ADC with a Microprocessor = 8-11
• 8.4 Free-Running Averaging ADC = 8-11
• 8.S Software-Initiated ADC = 8-16
• References = 8-18
• 9. Microcomputer Applications in Telephony = 9-1
• 9.1 Digital Switching Systems = 9-1
• 9.2 Time-Shared Transmission Paths and Control Functions = 9-7
• 9.3 Per-Line Codecs and Channel Filters = 9-11
• 9.4 Voice Digitization = 9-20
• 9.5 Distributed Switching System Architectures = 9-22
• 9.6 Line-Group Architectures = 9-24
• 9.7 A Digital PABX = 9-32
• 9.8 Analog-Signal Processing = 9-47
• 9.9 Digital Subscriber Lines = 9-50
• 9.10 Voice／Data Services = 9-54
• References = 9-57
• 10. A 32-Channel Digital Waveform Synthesizer = 10-1
• Introduction = 10-1
• 10.1 Synthesizer Design Philosophy = 10-1
• 10.2 Synthesis Techniques = 10-3
• 10.3 Synthesizer Hardware Design = 10-6
• 10.4 Software 10-12
• References = 10-24
• 11. Digital Filters Utilizing Microprocessors = 11-1
• 11.1 Real-Time Analog Processing with Computers = 11-1
• 11.2 Simulating Analog Components Digitally = 11-4
• 11.3 Single-Pole Digital Low-Pass Filter = 11-6
• 11.4 Single-Pole Digital High-Pass Filter = 11-9
• 11.5 Nonrecursive Filters = 11-10
• 11.6 Recursive Filters = 11-10
• 11.7 Hardware Considerations in Digital Filters = 11-11
• 11.8 Software Considerations in Digital Filters = 11-13
• 11.9 Special Computing Devices for Digital Filtering = 11-15
• 11.10 A Practical Digital Resonant Fitter = 11-19
• References = 11-23
• 12 Parallel and Serial Microprocessor Data Interfaces = 12-1
• Data Transfer Overview = 12-1
• 12.1 The Buffer-Gate Array = 12-1
• 12.2 Latch -D Flip-Flop = 12-3
• 12.3 Parallel Peripheral Interface(PPI) = 12-4
• 12.4 Serial Data Interfaces = 12-11
• 12.5 Universal Asynchronous Receiver-Transmitter = 12-13
• 12.6 UART Application : A Cassette Modem = 12-15
• 12.7 Universal Synchronous Receiver-Transmitter = 12-19
• References = 12-25
• 13. Keyboard Data Input Techniques = 13-1
• Overview of Scanning Techniques = 13-1
• 13.1 X-Y Matrix Switch Array = 13-2
• 13.2 A Musical Keyboard Scanner Using a PIA = 13-3
• 13.3 A BCD Thumbwheel Switch Scanner = 13-10
• References = 13-14
• 14. Voice Recognition = 14-1
• Historical Overview = 14-1
• 14.1 System Goals = 14-2
• 14.2 System Overview = 14-3
• 14.3 Input-Signal Processing = 14-4
• 14.4 Data Compression = 14-6
• 14.5 Discrete Word-Boundary Determination = 14-8
• 14.6 Definitions of Linguistic Terms = 14-12
• 14.7 Pattern Detection Within a Word = 14-13
• 14.8 Pattern Parameters and Analysis = 14-15
• 14.9 Word-Identification Techniques = 14-24
• 14.10 Hardware Implementation = 14-25
• 14.11 Status = 14-26
• References = 14-26
• 15. A Slow-Scan Television System Using a Microprocessor = 15-1
• Introduction = 15-2
• 15.1 SSTV Specifications = 15-2
• 15.2 Analog SSTV Systems = 15-5
• 15.3 Digital SSTV Systems = 15-8
• 15.4 Microprocessor SSTV Systems = 15-9
• 15.5 Microprocessor Hardware Design = 15-13
• 15.6 Microprocessor Software Design = 15-20
• References = 15-29
• 16. Hardware-Oriented State-Description Techniques = 16-1
• An Overview of the Technique = 16-1
• 16.1 State-Description Techniques = 16-2
• 16.2 The State Language = 16-5
• 16.3 State Language Translation = 16-7
• 16.4 Application to an Industrial Sewing Machine = 16-9
• 16.5 Implementation of a State Processor = 16-13
• 16.6 Benefits of State-Description Techniques = 16-1
• References = 16-1
• 17. Multiple Microcomputers In Small Systems = 17-1
• Single-Chip Microcomputers and Small Measurement Systems = 17-1
• 17.1 Small Measurement Systems Defined = 17-2
• 17.2 Classical Multichip μP Architecture = 17-4
• 17.3 A Dual μC Design = 17-4
• 17.4 E○ension to Multiple Slaves = 17-10
• 17.5 Partitioning Tasks between μCs = 17-13
• 17.6 A Task-Scheduling Executive = 17-13
• 17.7 Interfcing Techniques = 17-16
• 17.8 Development Hints = 17-22
• References = 17-22
• Index, follows Chapter = 17