一、汽车电子技术的发展过程 发展过程分为五个阶段 二、汽车电子技术应用的优越性 1.减少汽车修复时间 2.节油 3.减少空气污染 4.减少空气事故 5.提高乘坐舒适性

一、说明 1、课程的性质、地位和任务； 该课程是电气信息类专业的专业基础课，电磁场在卫星通信、计算机通信、移动通信等新兴学科领域得到了广泛的应用

2.3节点电位法 2.4迭加定理 2.5等效电源定理 (1)戴维南定理 (2)诺顿定理 2.6电阻网络的Y转换 (星-三角转换)

9.1概述 9.2工作原理 9.3电枢电动势及电压平衡关系 9.4电磁转矩 9.5机械特性 9.6直流电动机的调速 9.7直流电动机的使用和额定值

8.1 三相异步电动机的结构与工作原理 8.2 三相异步电动机的机械特性 8.3 三相异步电动机的使用

本章介绍线性电阳电路方程的建立方法内容包括:电路图论的初步概念,支路电流法网孔法,回路法和结点法

第13章工业企业供电及安全用电 13.1电力系统 13.2工业企业配电 13.3安全用电

Problems to be concerned with 1. How should we define the concept of Information 2. What are the typical features of Information compared with matter and energy 3. What are the relationship and difference between Shannon Information and comprehensive Information 4. How to reasonably classify Information 5. How to properly represent Information

3-1 Measures of Random Syntactic Information Shannon Theory of Information Key point: 1. Information is something that can be used to remove uncertainty. 2. The amount of information can then be measured by the amount of uncertainty it removed. 3. In the cases of communications, only waveform is concerned while meaning and value are ignored. 4. Uncertainty and thus information are statistic in nature and statistical mathematics is enough

1.1 Information science Definition of information Science Information Science is a trans-disciplinary science with information as its object in study; the laws in information process as its content information methodology as its approach; and the strengthening human information functions particularly the intellectual ability, as its goal