Architecture, Programming, and Interfacing of Intel Microprocessor Systems (English Edition, 6th Edition)

Author: Barry
Publisher:
Publication Date: 2005-04-01
Features: This book is a classic textbook abroad on Intel microprocessors, which has been revised multiple times. Through long-term teaching use, it has been continuously improved and refined, making it rich in content and well-structured. The 6th edition includes the latest developments in the field of microprocessors and covers the content of Pentium 4. The book explains working principles with examples, providing summaries and exercises, making it suitable for both teaching and self-study. Many examples in the book can serve as templates and prototypes for developing similar applications, demonstrating high practical value. The appendix also provides reference materials for designing and debugging assembly language. This book can be used as a textbook for computer, communication, and automatic control majors in higher education institutions, as well as a reference for engineering technicians. Through studying this book, readers can master the following content:
● Developing control software to control microprocessor application interfaces. Typically, the developed software should be compatible with all versions of the microprocessor, including applications based on DOS and Windows.
● Using assembly language to write programs for controlling keyboards, video display systems, and disk storage through DOS function calls.
● Using BIOS functions to control keyboards, monitors, and various other components in computer systems.
● Developing software using macro instructions, procedures, conditional assembly, and flow control assembly pseudo-instructions.
● Developing software using interrupt hooks and hotkeys to capture interrupts and create resident memory programs.
● Designing arithmetic coprocessors to solve complex equations.
● Explaining the differences and features among members of the Intel series.
● Describing and using the real mode and protected mode of microprocessors.
● Designing interfaces between microprocessors and memory and I/O systems.
● Comparing Intel series microprocessors and their software and hardware interfaces.
● Explaining the functions of real-time operating systems in embedded applications.
● Explaining the operation of disk and video systems.
● Using ISA, VESA local, PCI, parallel ports, and USB bus interfaces to establish connections between small systems and personal computer systems.