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Discover the essentials of wireless communication systems, channels, techniques, and standards in this course. Explore job prospects, research opportunities, and practical skills through hands-on projects and exams. Engage with industry-standard textbooks and software to delve into modulation, equalization, coding, and more. Benefit from the instructor's expertise in cognitive radio and intelligent wireless communications along with interactive teaching styles, assignments, and feedback mechanisms. Elevate your knowledge and career prospects in this dynamic field by enrolling today.
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EELE 5490, Fall, 2009Wireless Communications Ali S. Afana Department of Electrical Engineering Class 1 Sep. 30th, 2009
Outline • Instructor information • Motivation to study wireless communications and networks • Course descriptions and textbooks • What you will study from this course • Objectives • Coverage and schedule • Homework, projects, and exams • Other policies • Reasons to be my students
Instructor Information • Office location: B262 • Email: aliafana@iugaza.edu • Phone: 2809 • Course website: http://www.iugaza.edu/aliafana • Research interests: Cognitive Radio Intelligent Wireless Communications
Motivations • Recent Development • Cellular system: 3G, 4G, video, game, • WIFI everywhere • WIMAX, • UWB, no cables • Bluetooth, small devices connections • Job Market • Probably one of most easy and high paid majors recently • Intel changes to wireless, Micron will follow? Cypress • Research Potential • multiuser communication & Cognitive radio are still an open issues.
Course Descriptions • What is the wireless communication system? • What are the wireless channels? • What are the theorems? • What are the major components and techniques? • How is the information transmitted? • What are the current industrial standards? • Can I find a job by studying this course? • Can I find research topics?
Textbook and Software • Require textbook: Wireless Communications: Principles and Practice, 2nd Edition, Theodore S. Rappaport, Prentice Hall, 2001. • Require Software: MATLAB; • Recommended readings • Digital communications: J. Proakis, Digital Communications • Random process: G.R. Grimmett and D.R. Stirzaker, Probability and Random Processes • Estimation and detection: H.V. Poor, An introduction to Signal Detection and Estimation • Information theory: T. M. Cover and J. A. Thomas, Elements of Information Theory • Error correct coding: P.Sweeney, Error Control Coding • Computer Networks: A. S. Tanenbaum, Computer Networks
Schedule • Cellular concept and network concept - Chapter 2 • Wireless Channel • Large scale loss: chapter 3 • Small scale loss, Fading: chapter 4 • Wireless communications technique • Modulation, chapter 5 • Equalization, diversity and channel coding, chapter 6 • Wireless Networks and Standards • chapter 8,9,10
Homework, Project, and Exam • Homework • 3~4 questions per week • Projects: • Wireless Channel Simulation: simple MATLAB programs • Term presentation: • For research on xxx, what is the state-of-art • Exams • Votes for the percentages for homework, projects, and exams • Participations • Attendance and Feedback
Teaching Styles • Slides plus black board • Slides can convey more information in an organized way • Blackboard is better for equations and prevents you from not coming. • A lesson from last semester: math • Course Website • Print handouts with 3 slides per page before you come • Homework assignment and solutions • Project descriptions and preliminary codes • Feedback • Too fast, too slow, small class advantages. • Presentation, English, …
Reasons to be my students • Wireless Communication and Networking have great market • Usually highly paid and have potential to retire overnight • Highly interdisciplinary • Do not need to find research topics which are the most difficult part. • Research Assistant, Stipend • Free trips to conferences in Alaska, Hawaii, Europe, Asia… • A kind of nice (at least looks like) • Work with hope and happiness • Graduate fast
Wireless Communications • Satellite • TV • Cordless phone • Cellular phone • Wireless LAN, WIFI • Wireless MAN, WIMAX • Bluetooth • Ultra Wide Band • Wireless Laser • Microwave • GPS • Ad hoc/Sensor Networks
Channel, Bandwidth, Spectrum • Bandwidth: the number of bits per second is proportional to B http://www.ntia.doc.gov/osmhome/allochrt.pdf
Mobile Radio telephone • AMPS: advanced mobile phone system
North American Major Standards • PCS • GSM • Coreless • FDMA • TDMA • CDMA • Modulation • FM • QPSK • GMSK • BPSK • QAM
Europe Standards • GSM • CT2 • Dect
Basic concepts • Simplex, half-duplex, and full duplex • Frequency division duplexing, FDD • Most of system because of simplicity • Time division duplexing, TDD: • indoor system only, because of delay • Different from FDMA and TDMA
Cellular system • Mobile identification number (MIN) electronic serial number (ESN) • Chapter 2
Homework • Read Chapter 1