微机原理课程教学大纲格式(内含英文格式)
《微型计算机原理及应用》教学大纲
总学时：52 理论课学时：52 实验课学时：0 学分：3
一、课程的性质
必修课。
二、课程的目的与教学基本要求
《微型计算机原理及应用》是全日制自动化本科专业学位必修课，通过这门课的学习，使学生获得微型计算机8086CPU 及外围电路的基本知识和基本技能，能熟练掌握汇编语言程序设计和基于8086CPU 的硬件设计，达到微型计算机方面应有的应用水平。
三、课程适用专业
自动化
四、课程的教学内容、要求与学时分配
五、教材和主要参考资料 （1）《微型计算机原理及应用》，吴荣光、吕钧星等编，华南理工大学社；
六、课程考核方式
考试成绩由平时成绩和期末考试成绩组成,
其中平时成绩占20%,期末成绩占80%。 期末考试是统考闭倦。
《Microcomputer Principle and Application》Course Description
Total Hours：52 Lecture Hours：52 Experimental Hours：0
Course Title:
Microcomputer Principle and Application
Course Code:
Class Hours: 52 Credits: 3 Course Category: Specialty-related Course Course Description:
Microcomputer Principle and Application is a compulsory subject set for undergraduates majoring in Automation. Upon completion of the course, the student will acquire the following capabilities: 1. Basic knowledge and skills of peripheral circuits and 8086 CPU of microcomputers. 2. Proficient in assembly language programming 3. Hardware design based on 8086 CPU The content of the course is as follows: 3. Applicable Specialty Automation
4. Course content, Requirements and Hours Allocation
Section 1: (14 hs)
Fundamentals of microcomputers; introduction to CPU Section 2: (16 hs)
Software: Assembly language programming Section 3: (22 hs) Hardware and interface
5. Textbooks and Main References
[1] Wu Rongguang, Lu Junxing. Microcomputer Principle and Application. South China University of Technology Press.
6. Evaluation Method
Paper examination.