X86 PC assembly language, design, and interfacing

　　CHAPTER 0: INTRODUCTION TO COMPUTING
　　 SECTION 0.1: NUMBERING AND CODING SYSTEMS
　　 SECTION 0.2: DIGITAL PRIMER
　　 SECTION 0.3: INSIDE THE COMPUTER
　　CHAPTER 1: THE x86 MICROPROCESSOR
　　 SECTION 1.1: BRIEF HISTORY OF THE x86 FAMILY
　　 SECTION 1.2: INSIDE THE 8088/86
　　 SECTION 1.3: INTRODUCTION TO ASSEMBLY PROGRAMMING
　　 SECTION 1.4: INTRODUCTION TO PROGRAM SEGMENTS
　　 SECTION 1.5: THE STACK
　　 SECTION 1.6: FLAG REGISTER
　　 SECTION 1.7:x86 ADDRESSING MODES
　　CHAPTER 2: ASSEMBLY LANGUAGE PROGRAMMING
　　 SECTION 2.1: DIRECTIVES AND A SAMPLE PROGRAM
　　 SECTION 2.2: ASSEMBLE, LINK, AND RUN A PROGRAM
　　 SECTION 2.3: MORE SAMPLE PROGRAMS
　　 SECTION 2.4: CONTROL TRANSFER INSTRUCTIONS
　　 SECTION 2.5: DATA TYPES AND DATA DEFINITION
　　 SECTION 2.6: FULL SEGMENT DEFINITION
　　 SECTION 2.7: FLOWCHARTS AND PSEUDOCODE
　　CHAPTER 3: ARITHMETIC AND LOGIC INSTRUCTIONS AND PROGRAMS
　　 SECTION 3.1: UNSIGNED ADDITION AND SUBTRACTION
　　 SECTION 3.2: UNSIGNED MULTIPLICATION AND DIVISION
　　 SECTION 3.3: LOGIC INSTRUCTIONS
　　 SECTION 3.4: BCD AND ASCII CONVERSION
　　 SECTION 3.5: ROTATE INSTRUCTIONS
　　 SECTION 3.6: BITWISE OPERATORS IN THE C LANGUAGE
　　CHAPTER 4: INT 21H AND INT 10H PROGRAMMING AND MACROS
　　 SECTION 4.1: BIOS INT I OH PROGRAMMING
　　 SECTION 4.2: DOS INTERRUPT 21H
　　 SECTION 4.3: WHAT IS A MACRO AND HOW IS IT USED?
　　CHAPTER 5: KEYBOARD AND MOUSE PROGRAMMING
　　 SECTION 5.1: INT 16H KEYBOARD PROGRAMMING
　　 SECTION 5.2: MOUSE PROGRAMMING WITH INT 33H
　　CHAPTER 6: SIGNED NUMBERS, STRINGS, AND TABLES
　　 SECTION 6.1: SIGNED NUMBER ARITHMETIC OPERATIONS
　　 SECTION 6.2: STRING AND TABLE OPERATIONS
　　CHAPTER 7: MODULES AND MODULAR PROGRAMMING
　　 SECTION 7.1: WRITING AND LINKING MODULES
　　 SECTION 7.2: SOME VERY USEFUL MODULES
　　 SECTION 7.3: PASSING PARAMETERS AMONG MODULES
　　CHAPTER 8: 32-BIT PROGRAMMING FOR x86
　　 SECTION 8.1: 32-BIT PROGRAMMING IN x86
　　CHAPTER 9: 8088, 80286 MICROPROCESSORS AND ISA BUS
　　 SECTION 9.1:8088 MICROPROCESSOR
　　 SECTION 9.2:8284 AND 8288 SUPPORTING CHIPS
　　 SECTION 9,3: 8-BIT SECTION OF ISA BUS
　　 SECTION 9.4:80286 MICROPROCESSOR
　　 SECTION 9.5: 16-BIT ISA BUS
　　CHAPTER 10: MEMORY AND MEMORY INTERFACING
　　 SECTION 10.1 : SEMICONDUCTOR MEMORIES
　　 SECTION 10.2: MEMORY ADDRESS DECODING
　　 SECTION 10.3: IBM PC MEMORY MAP
　　 SECTION 10.4: DATA INTEGRITY IN RAM AND ROM
　　 SECTION 10.5: 16-BIT MEMORY INTERFACING
　　CHAPTER 11:8255 1/O PROGRAMMING
　　 SECTION 11.1:8088 INPUT/OUTPUT INSTRUCTIONS
　　 SECTION 11.2: I/O ADDRESS DECODING AND DESIGN
　　 SECTION 11.3: I/O ADDRESS MAP OF x86 PCs
　　 SECTION 11.4: PROGRAMMING AND INTERFACING THE 8255
　　CHAPTER 12: INTERFACING TO LCD, MOTOR, ADC, AND SENSOR
　　 SECTION 12.1: INTERFACING TO AN LCD
　　 SECTION 12.2: INTERFACING TO A STEPPER MOTOR
　　 SECTION 12.3: INTERFACING TO A DAC
　　 SECTION 12.4: INTERFACING TO ADC CHIPS AND SENSORS
　　CHAPTER 13:8253/54 TIMER
　　 SECTION 13.1:8253/54 TIMER
　　 SECTION 13.2:x86 PC 8253/54 TIMER CONNECTION AND PROGRAMMING
　　 SECTION 13.3: GENERATING MUSIC ON THE x86 PC
　　CHAPTER 14: INTERRUPTS IN x86 PC
　　 SECTION 14.1: 8088/86 INTERRUPTS
　　 SECTION 14.2:x86 PC AND INTERRUPT ASSIGNMENT
　　 SECTION 14.3:8259 PROGRAMMABLE INTERRUPT CONTROLLER
　　 SECTION 14.4: USE OF THE 8259 CHIP IN x86 PCs
　　 SECTION 14.5: MORE ON INTERRUPTS IN x86 PCs
　　CHAPTER 15: DIRECT MEMORY ACCESS AND DMA CHANNELS IN x86 PC
　　 SECTION 15.1: CONCEPT OF DMA
　　 SECTION 15.2:8237 DMA CHIP PROGRAMMING
　　 SECTION 15.3:8237 DMA INTERFACING 1N THE IBM PC
　　 SECTION 15.4: DMA IN x86 PCs
　　CHAPTER 16: VIDEO AND VIDEO ADAPTERS
　　 SECTION 16.1: PRINCIPLES OF MONITORS AND VIDEO MODES
　　 SECTION 16.2: TEXT MODE PROGRAMMING AND VIDEO RAM
　　 SECTION 16.3: GRAPHICS AND GRAPHICS PROGRAMMING
　　CHAPTER 17: SERIAL PORT PROGRAMMING WITH ASSEMBLY AND C#
　　 SECTION 17.1: BASICS OF SERIAL COMMUNICATION
　　 SECTION 17.2: PROGRAMMING x86 PC COM PORTS USING ASSEMBLY AND C#
　　CHAPTER 18: KEYBOARD AND PRINTER INTERFACING
　　 SECTION 18.1: INTERFACING THE KEYBOARD TO THE CPU
　　 SECTION 18.2: PC KEYBOARD INTERFACING AND PROGRAMMING
　　 SECTION 18.3: PRINTER AND PRINTER INTERFACING IN THE IBM PC
　　CHAPTER 19: HARD DISKS
　　 SECTION 19.1 : HARD DISK ORGANIZATION AND PERFORMANCE
　　CHAPTER 20: THE IEEE FLOATING POINT AND x87 MATH PROCESSORS
　　 SECTION 20.1: MATH COPROCESSOR AND IEEE FLOATING-POINT STANDARDS
　　 SECTION 20.2:x87 INSTRUCTIONS AND PROGRAMMING
　　 SECTION 20.3:x87 INSTRUCTIONS
　　CHAPTER 21:386 MICROPROCESSOR: REAL vs. PROTECTED MODE
　　 SECTION 21.1:80386 IN REAL MODE
　　 SECTION 21.2: 80386: A HARDWARE VIEW
　　 SECTION 21.3:80386 PROTECTED MODE
　　CHAPTER 22: HIGH-SPEED MEMORY DESIGN AND CACHE
　　 SECTION 22.1: MEMORY CYCLE TIME OF THE x86
　　 SECTION 22.2: PAGE AND STATIC COLUMN DRAMS
　　 SECTION 22.3: CACHE MEMORY
　　 SECTION 22.4: SDRAM, DDR RAM, AND RAMBUS MEMORIES
　　CHAPTER 23: PENTIUM AND RISC PROCESSORS
　　 SECTION 23.1: THE 80486 MICROPROCESSOR
　　 SECTION 23.2: INTEL'S PENTIUM
　　 SECTION 23,3: RISC ARCHITECTURE
　　 SECTION 23.4: PENTIUM PRO PROCESSOR
　　 SECTION 23.5: MMX TECHNOLOGY
　　CHAPTER 24: THE EVOLUTION OF x86: FROM 32-BIT TO 64-BIT
　　 SECTION 24.1: x86 PENTIUM EVOLUTION
　　 SECTION 24.2: 64-BIT PROCESSORS AND VISTA FOR x86
　　CHAPTER 25: SYSTEM DESIGN ISSUES AND FAILURE ANALYSIS
　　 SECTION 25.1: OVERVIEW OF IC TECHNOLOGY
　　 SECTION 25.2: IC INTERFACING AND SYSTEM DESIGN ISSUES
　　CHAPTER 26: ISA, PC104, AND PCI BUSES
　　 SECTION 26.1: ISA BUS MEMORY SIGNALS
　　 SECTION 26.2: I/O BUS TIMING IN ISA BUS
　　 SECTION 26.3: PCI BUS
　　CHAPTER 27: USB PORT PROGRAMMING
　　 SECTION 27.1: USB PORTS: AN OVERVIEW
　　 SECTION 27.2: USB PORT EXPANSION AND POWER MANAGEMENT
　　 SECTION 27.3: USB PORT PROGRAMMING
　　INDEX