本课程通过对微型处理器基础知识、8086/ARM 微处理器内部结构、指令系统、汇编语言程序设计、总线操作与时序、半
导体存储器、输入输出接口技术、中断与 DMA 技术、定时与计数技术、并行接口与串行接口、人机交互接口、模拟量输
入输出接口、传感器输入输出接口、电源管理模块等内容的学习,同时配合软件编程和硬件设计等实验上机的实践练习,
培养学生构建基于微型计算机的嵌入式微系统工作原理,使学生掌握现代电子系统设计理论和初步的构建经验,为学生以
后开展信息、通信、光电等领域的研究、设计与应用工作打好基础。
This course will cover basic knowledge of microprocessors, 8086/ARM microprocessor internal structure, instruction
system, assembly language programming, bus operation and timing, semiconductor memory, input and output interface
technology, interrupt and DMA technology, timing and counting technology, parallel interface and serial interface,
human-computer interaction interface, analog input and output interface, sensor input and output interface, power
management module, etc., and practical experiments including microprocessor based software programming and
microsystem hardware design. The target of this course is to train students to build fundamental knowledge of the
working principle of embedded micro-system based on microcomputer, and enable students to understand modern
electronic systems design theory and preliminary construction experience. This course will lay a solid foundation for
students to carry out research, design and application in the electronic fields of information, communication, and
optoelectronics.
通过本课程的学习,学生应达到以下要求:
1. 要求了解并掌握微处理器内部工作原理及外部特性、微处理器芯片的指令系统并能熟练编写汇编语言程序、熟练掌握
微处理器中各部件的工作原理、作用及系统组成;
2. 要求熟练掌握微系统中各个接口芯片特点、内部工作原理、在系统中的作用及外部的连接和应用技术、特别是熟练掌
握微系统设计、各应用接口硬件电路设计、应用软件设计的方法;
3. 具有初步设计、调试、分析常见基于微型处理器的微型系统的基本能力。
Upon the completion of this course, students should meet the following requirements: