课程简介
一、课程的性质和目的：
1. 课程性质：本课程是面向电子信息类专业学生开设的专业课程。课程为中英文双语教学课程，课程资料及考核采用全英文，教师授课采用中英文结合。
2. 课程目的：通过对本课程的学习，使学生掌握和了解无线通信的原理、系统结构和实际应用，并初步掌握无线通信系统的性能评价和基本设计方法，同时熟悉无线通信专业知识在英文背景中的应用。本课程重点在介绍基本概念和原理，为后续移动通信等方向的专业课程提供理论基础。
二、课程教学内容及基本要求：
1. 教学内容：本课程的主要教学内容是无线通信系统的组成原理、系统结构、关键技术及设计方法等，包括：无线通信的概述、蜂窝系统理论及设计基础、移动无线电传播的大尺度路径损耗、移动无线电传播的小尺度路径衰落、无线通信的多址接入技术、蜂窝通信的新技术等。
2. 基本要求：通过学习本课程，学生应掌握无线通信系统的组成原理，熟悉影响系统性能的主要因素，初步掌握系统设计方法和性能评估手段，能够根据特定应用需求设计实验方案并进行分析及操作。
课程大纲
Introduction to Wireless Communications
1.1 Definition and Development of Wireless Communication
1.2 Current Wireless Communication Systems
1.3 Mobile Communication Networks
1.4 Basics of Communication and Capacity
The Cellular Concept : System Design Fundamentals
2.1 Fundamentals of Cellular Technique
2.2 Channel Assignment and Handoff
2.3 Interference and System Capacity
2.4 Trunking and Grade of Service
2.5 Coverage Improvement in Cellular Systems
Mobile Radio Propagation : Large-Scale Path Loss
3.1 Free Space Propagation Model : Friis Equation
3.2 Free Space Propagation Model : Path Loss
3.3 Three Basic Propagation Mechanism
3.4 Log-Distance Path Loss Model and Log-Normal Shadowing
3.5 Link Budget Design
Small-Scale Fading and Multipath, and Introduction of MIMO Technologies
4.1 Statistical Fading Models and Narrowband Models in Small-Scale Fading
4.2 Wideband Fading, Delay Spread and OFDM
4.3 Techniques of Mitigating Fading
4.4 MIMO Technologies and MIMO Capacity (Part I of MIMO)
4.5 SVD, Waterfilling and MIMO Channels (Part II of MIMO)
Multiple Access Techniques for Wireless Communications
5.1 Introduction to Multiple Access Techniques
5.2 FDMA and TDMA
5.3 SSMA
5.4 CDMA
5.5 Packet Radio
5.6 Capacity of Cellular Systems
Introduction of New Cellular Communication Technology
6.1 Introduction to 4G Techniques
6.2 Introduction to 5G Techniques
1.1 Definition and Development of Wireless Communication
1.2 Current Wireless Communication Systems
1.3 Mobile Communication Networks
1.4 Basics of Communication and Capacity
The Cellular Concept : System Design Fundamentals
2.1 Fundamentals of Cellular Technique
2.2 Channel Assignment and Handoff
2.3 Interference and System Capacity
2.4 Trunking and Grade of Service
2.5 Coverage Improvement in Cellular Systems
Mobile Radio Propagation : Large-Scale Path Loss
3.1 Free Space Propagation Model : Friis Equation
3.2 Free Space Propagation Model : Path Loss
3.3 Three Basic Propagation Mechanism
3.4 Log-Distance Path Loss Model and Log-Normal Shadowing
3.5 Link Budget Design
Small-Scale Fading and Multipath, and Introduction of MIMO Technologies
4.1 Statistical Fading Models and Narrowband Models in Small-Scale Fading
4.2 Wideband Fading, Delay Spread and OFDM
4.3 Techniques of Mitigating Fading
4.4 MIMO Technologies and MIMO Capacity (Part I of MIMO)
4.5 SVD, Waterfilling and MIMO Channels (Part II of MIMO)
Multiple Access Techniques for Wireless Communications
5.1 Introduction to Multiple Access Techniques
5.2 FDMA and TDMA
5.3 SSMA
5.4 CDMA
5.5 Packet Radio
5.6 Capacity of Cellular Systems
Introduction of New Cellular Communication Technology
6.1 Introduction to 4G Techniques
6.2 Introduction to 5G Techniques