Microcomputer Principles, Assembly Language and Interface Technology

Author: Tang Ruiting
Publisher:
Publish Date: 2006-05-01
Features: The book combines the explanation of fundamental principles with the description of new technologies, covering three main parts: microcomputer principles, assembly language programming, and interface technology. Part 1 discusses microcomputer system configuration, the basic structure and working principles of microprocessors, and a series of new technologies adopted by modern microcomputers: introducing the hierarchical structure of computer memory (Cache-Main Memory-Virtual Memory) and the storage organization management of Pentium machines, as well as the storage structures, external characteristics, and new developments of various typical RAM, DRAM, and ROM. It also covers microcomputer conventional interrupt control and advanced programmable interrupt control APIC, as well as typical interface control circuits (computer/timer, parallel I/O, DMA controller, etc.). The second part explains the instruction system and assembly language programming, summarizing the basic instruction set of 80x86, the extended instruction set, and various SIMD instructions (including MMX, 3DNOW! and SSE, SSE2, etc.), comparing the advantages and disadvantages of RISC and CISC instructions. It also summarizes basic assembly functions and introduces many new features of MASM6.X with practical applications, briefly describing programming in protected mode and mixed programming between assembly and C languages. The third part categorizes typical interface control circuits into system interface control logic (SICL), describing serial communication interface chips, asynchronous communication adapters, high-speed serial buses IEEE1394, and external buses. It provides a detailed analysis of the widely used universal serial bus (USB), introducing the three generations of the bus in chronological order, with a focus on the currently common PCI bus. Finally, the book concludes with the comprehensive application of test and control channel interfaces. The book can serve as a textbook for computer-related courses in universities and colleges, as well as for non-computer-related courses in electrical engineering, with appropriate.