Principles and Experiments of Communications Prof.Meixia Tao Dept.of Electronic Engineering Shanghai Jiao Tong University Chapter 1:Overview of Communication Systems Selected from Chapter 1 of Fundamentals of Communications Systems,Pearson Prentice Hall 2005,by Proakis Salehi Meixia Tao SJTU
Meixia Tao @ SJTU Principles and Experiments of Communications Prof. Meixia Tao Dept. of Electronic Engineering Shanghai Jiao Tong University Chapter 1: Overview of Communication Systems Selected from Chapter 1 of Fundamentals of Communications Systems, Pearson Prentice Hall 2005, by Proakis & Salehi
My Research Group ▣Research interests: ■ 5G mobile networks (mmWave) Wireless edge caching computing Data analytics in wireless networks ▣Research team: ■9PhDs+8 Masters+XUG interns Research Collaborators dδcomo 2ZTE中兴 SAMSUNG HUAWEI COLUMBIA W UNIVERSITY UNIVERSITY of WASHINGTON UNIVERSITY OF Imperial College TORONTO London JTU
Meixia Tao @ SJTU My Research Group q Research interests: n 5G mobile networks (mmWave) n Wireless edge caching & computing n Data analytics in wireless networks q Research team: n 9 PhDs + 8 Masters + X UG interns q Research Collaborators 4
Services ▣Journal Editorship Executive Editor of the IEEE Trans.on Wireless Commu, 2015.1 present. ■ Editor of IEEE Trans.on Commu,2012.8 present ■ Editor of IEEE Wireless Commu Letters,2011.08 2015.12 ■ Editor of IEEE Trans.on Wireless Commu,2007.3 2011.12 ■ Assesiate Editor of IEEE Commu Letters.2009.7 2( WIRELESS COMMUNICATIONS COMMUNICATIONS COMMUNICATIONS 转1到ELE55 LETTERS COMMUNICATIONS 1Tf到s G mu ga ◆车写 ◆EEE ◆EE ◆EEE ■ Symposium Co-Chair of IEEE ICC 2015 at London Track Co-Chair of IEEE WGMeixia sJTu 5
Meixia Tao @ SJTU Services q Journal Editorship n Executive Editor of the IEEE Trans. on Wireless Commu, 2015.1 - present. n Editor of IEEE Trans. on Commu, 2012.8 - present n Editor of IEEE Wireless Commu Letters, 2011.08 – 2015.12 n Editor of IEEE Trans. on Wireless Commu, 2007.3 - 2011.12 n Associate Editor of IEEE Commu Letters, 2009.7 - 2012.07 n Guest Editor of IEEE Commu Magazine, 2011, 2016 q Conference Organization n TPC Chair of IEEE/CIC ICCC 2014 at Shanghai n Symposium Co-Chair of IEEE ICC 2015 at London n Track Co-Chair of IEEE WCNC 2014 5
Alumni CARNEGIE MELLON UNIVERSITY 1900 Harvard CMU DER 1891 Stanford THWESTERN UNI/L RS Columbia 1851 GP■ ECOLF POIYTECHNIQUE Nothwestern FEDFRALF IF IAUSANNH UNIVERSITY OF TORONTO EPFL Meixia Tao SJTU 6
Meixia Tao @ SJTU Alumni 6 Harvard Stanford CMU Columbia Nothwestern EPFL
Textbook/References Lecture Nodes (Very Important!): http://iwct.sjtu.edu.cn/personal/mxtao/teaching. html Textbook 1:Fundamentals of Communication Systems, yG.Proakis,2005,Pearson Prentic Hall 可外电子与通信教材系列 Fundamentaly e 数望作者经肉力件 COMMUNICATION 英文版 SYSTEMS 通信系统原理 Fundamentals of Communication Systems JOHN G PROAKIS 风5行成领 MASOUD SALEHI 可意季臂北花融 J.G.Proakis,2005 Meixia Tao SJTU 樊昌信改编，2007
Meixia Tao @ SJTU Textbook/References Lecture Nodes (Very Important!): q http://iwct.sjtu.edu.cn/personal/mxtao/teaching. html Textbook 1: Fundamentals of Communication Systems, by J. G. Proakis, 2005, Pearson Prentic Hall J. G. Proakis, 2005 樊昌信改编, 2007
Textbook/References Textbook2:《通信原理实验教程-基于NI软件无线电教学平 台》，杨宇红，袁焱，田砾，清华大学出版社，2015 教有部高等学校电子信息类专业教学指导委员会规结教材 高等学校电子信息类专业系列数材 References: NT USUP盖Explorio ing 通信原理实验教程 ▣“An introduction to analog and 一基于N软件无线电教学平台 digital communications",by Simon 场宁江效孩国细菁 Haykin,2nd edition,John Wiley Sons,2007 口《通信原理》第2版，韩声栋、蒋铃鸽、 刘伟，刘静，机械工业出版社， 2017 清苇大堂出版社 Meixia Tao SJTU 8
Meixia Tao @ SJTU Textbook/References Textbook 2:《通信原理实验教程-基于NI软件无线电教学平 台》，杨宇红，袁焱，田砾 ，清华大学出版社, 2015 8 References: q“An introduction to analog and digital communications” , by Simon Haykin, 2 nd edition, John Wiley & Sons, 2007 q《通信原理》第2版，韩声栋、蒋铃鸽、 刘伟，刘静， 机械工业出版社, 2017
Introduction of the Course What this course is about? How to transmit information reliably and efficiently. What are the objectives of this course? to introduce the basic techniques used in modern communication systems ■ to provide fundamental tools and methodologies in analysis and design of these systems to offer hands-on experiments What students can gain at the end of this course? Understand the principles and technique of modulation,coding and transmission. ■ Analyze the merits and demerits of current communication systems and to eventually design improved new systems Improved programming and hardware skills in LabView/USRP Meixia Tao SJTU 9
Meixia Tao @ SJTU Introduction of the Course q What this course is about? n How to transmit information reliably and efficiently. q What are the objectives of this course? n to introduce the basic techniques used in modern communication systems n to provide fundamental tools and methodologies in analysis and design of these systems n to offer hands-on experiments q What students can gain at the end of this course? n Understand the principles and technique of modulation, coding and transmission. n Analyze the merits and demerits of current communication systems and to eventually design improved new systems n Improved programming and hardware skills in LabView/USRP 9
Syllabus (1/2) 口 Ch01:Introduction(2 hours) 口 Ch02:Signal,random process,and spectra (8 hours) Ch03:Analog modulation (8 hours) Ch04:Analog to digital conversion(2 hours) Ch05:Digital transmission through bandlimited channels(6 hours) Ch06:Signal space presentation(2 hours) Ch07:Optimal receivers(6 hours) Ch08:Digital modulation techniques(8 hours) Ch09:Information theory (4 hours) Ch10:Channel Coding(6 hours) Ch11:Advanced topics(2 hours) Meixia Tao SJTU 10
Meixia Tao @ SJTU Syllabus (1/2) q Ch01: Introduction (2 hours) q Ch02: Signal, random process, and spectra (8 hours) q Ch03: Analog modulation (8 hours) q Ch04: Analog to digital conversion (2 hours) q Ch05: Digital transmission through bandlimited channels (6 hours) q Ch06: Signal space presentation (2 hours) q Ch07: Optimal receivers (6 hours) q Ch08: Digital modulation techniques (8 hours) q Ch09: Information theory (4 hours) q Ch10: Channel Coding (6 hours) q Ch11: Advanced topics ( 2 hours) 10
Syllabus (2/2) UT Austin、Stanford 我们属国内首家成功开展规模化教学 NI LabVIEW+USRP ▣ Lab instructions-8 hours ■Week4(9,10节)，Week9,(9,10),Week14(9,10),Week16(9,10) ■东上院100号 口 Lab experiments-16 hours ■ SEIEE4-103,4-105,4-129 Meixia Tao SJTU 11
Meixia Tao @ SJTU Syllabus (2/2) q Lab instructions – 8 hours n Week 4 (9,10节), Week 9, (9,10), Week 14 (9, 10), Week 16 (9,10) n 东上院100 号 q Lab experiments – 16 hours n SEIEE 4-103, 4-105, 4-129 11 NI LabVIEW+USRP
Assessment ■Homework:10% Labs:30%:Lab reports on-site demo Mid-term Test:10%,open-book Final Exam:50%,closed-book 1-page formula sheet Meixia Tao SJTU 12
Meixia Tao @ SJTU 12 Assessment n Homework: 10% n Labs: 30%: Lab reports + on-site demo n Mid-term Test: 10%, open-book n Final Exam: 50%, closed-book + 1-page formula sheet
