Microcomputer Principles and Interface Technology Common Question Analysis and Practice Tests

Author: Wu Zi Fang
Publisher:
Publish Date: 2003-09-01
Features: This book is written to accompany the teaching of Microcomputer Principles (8086/8088) in colleges and universities. It covers computer fundamentals, semiconductor memory, the basic composition of 8086/8088, and more, providing detailed discussions on the difficulties and key points of each section. Typical problem-solving examples are used to analyze and discuss the more challenging content. It aims to help readers broaden their thinking, master problem-solving methods, thereby deepening their understanding and flexible application. To provide readers with more practice opportunities, each chapter offers a large number of exercises with answers. The book also compiles examination questions and mock tests from several universities across the country for postgraduate entrance exams. This revision focuses on the key and difficult points of each chapter, supplements common encoding forms in computers, new types of memory and cache, and adds more challenging examples and solutions. This book can serve as a reference book for undergraduate or working students preparing for postgraduate entrance exams in related fields, or as a supplementary textbook for undergraduate students studying Microcomputer Principles.
This book is written to accompany the teaching of Microcomputer Principles (8086/8088) in colleges and universities. It covers computer fundamentals, semiconductor memory, the basic composition, timing, instruction set, assembly language programming, and interface technology of 8086/8088; providing detailed discussions on the difficulties and key points of each section, and using typical problem-solving examples to analyze and discuss the more challenging content. This book aims to help readers broaden their thinking, master problem-solving methods, thereby deepening their understanding and flexible application. To provide readers with more practice opportunities, each chapter offers a large number of exercises with answers. The book also compiles examination questions and mock tests from several universities across the country for postgraduate entrance exams. This revision focuses on the key and difficult points of each chapter, supplements common encoding forms in computers, new types of memory and cache, and adds more challenging examples and solutions. This book can serve as a reference book for undergraduate or working students preparing for postgraduate entrance exams in related fields, or as a supplementary teaching material for undergraduate students studying Microcomputer Principles.