行動通訊

本課程內容乃行動通訊原理,為進入行動通訊領域的主要課程.行動通訊已經成為現在通訊產業與服務業的主流.未來將朝向高傳輸速度與高系統容量的第五代行動通訊系統發展,延伸之應用範圍將包含物聯網和車聯網.本課程的教學目標在培養同學對於行動通訊原理的認識,並建立同學對於行動通訊系統分析與模擬之能力.課程內容強調基本理論與實際應用之關聯性,期使同學對各世代類型(1G-5G)行動通訊系統有基本的了解,並且具備設計未來新一代行動通訊系統的能力. 我們首先說明行動無線電傳輸通道的特性,以及蜂巢式架構與系統容量的關係. 此後,我們逐一介紹各世代行動通訊系統之主要技術,並說明其工作原理,讓修畢此課程的同學有足夠的知識和能力從事與行動通訊相關的研發工作. Different mobile radio communication systems have been developed and put into daily use since 1980. From both equipment manufacturer and service provider points of view, mobile radio communications have already become the main stream of current-day business and industry. The coming 5G system not only provides high data rate and high capacity for mobile broadband communications but also supports applications such as internet of things and interconnection of vehicles. The major goal of this course is to teach students about the basic principles behind the operation and design of a mobile radio communication system, and equip students with the ability to analyze and simulate a mobile radio communication system. The course starts with an introduction to mobile radio propagation channel, including both the large scale and the small scale channel models. After presenting the physical limitation of a mobile radio channel, we will cover the concept of cellular architecture and the system capacity. Afterwards, we will discuss various techniques which are used to construct the different generations of mobile radio communication systems. Finally, we will describe the principles behind the design of the 1G, 2G, 3G, 4G, and the coming 5G systems.

通訊系統導論,數位通訊導論

助教: 何沛倫同學, ED 717, 交大分機 54579

1.以課堂講義為主,並參考其他書籍及學術網路相關資料,以彌補不足之處。 2.提供課程進度、考古題、解答等。 3.每次上課中,說明重要觀念, 強調學習目標。 4.為了活化學生理解,應用實例輔助說明,提升學生學習果效。 5.平時上課注重同學發問, 對於同學問題清楚予以解答。 60% × [60% × 期中考與期末考的最高分 + 40% × 期中考與期末考的次高分] + 40% ×課堂作業分數之平均 = 學期原始成績

• Introduction to Mobile Radio
• Mobile Radio Propagation: Large Scale Path Loss
• Mobile Radio Propagation: Small Scale Fading and Multipath
• Channel Measurement and Computer Simulation
• Cellular Architectures and System Capacity
• Mobile Radio Transmission Techniques (Radio Transceiver Architectures, Anti-Multipath Techniques)
• The First-Generation Systems (FDMA Systems - AMPS)
• The Second-Generation Systems (TDMA Systems - GSM)
• The Third-Generation Systems (CDMA Systems - IS 95, WCDMA)
• The Fourth-Generation Systems (OFDMA/SC-FDMA Systems - LTE, LTE-A)
• The Fifth-Generation Systems (Introducing massive antenna based 5G systems in the millimeter wave band)

There will be no textbook and class notes will be used. (Reference books) 1. T. S. Rappaport, Wireless Communications, Principles and Practice, IEEE/Prentice Hall, 2002. 2. K.D. Wong, Fundamentals of Wireless Communication Engineering Technologies, Wiley, 2012.

地點

ED702A

時間

週五: 2:00-4:00 pm

聯絡方式

by email huangcc@faculty.nctu.edu.tw