EE595 Spl. Topics in Communications: Spread Spectrum &Mobile CommunicationsInstructor: Sumit Roy1Offering: Winter 04Course ObjectivesThe course is intended to a) provide an introduction to spread-spectrum communica-tion fundamentals and it’s applications to mobile communications and b) describe recentadvances in the context of next generation (3G and beyond) cellular system designs basedon CDMA. The latter part of the course will indicate ongoing research issues in this areafor possible investigation via the class project.Course Outline• Fundamentals of Spre ad-Spectrum & Cellular Communicationsi. Multiple Accessing Principles: Direct Sequence, Frequency Hopping- Shannon Capacity (TDMA, FDMA and Spreading)- Design of SS code sequences (long and short spreading codes)ii. Key Elements of Cellular Organization- Frequency Reuse (FDMA/TDMA)- Uplink/Downlink System Capacity & Design Objectives- Intra-cell vs. Inter-Cell Interferenceiii. Performance Analysis of CDMA and FH Systems : Receiver Design- Multi-User (Multiple Access) Interference- Jamming, Narrow Band Interference- Matched Filter vs. Multi-User Detectioniv. Acquisition of DS-SS signals- Serial and Parallel Search Approachesv. Performance in Multipath Fading Channels- RAKE receiver: Path Tracking & Channel Estimation• Advanced CDMA System Design Concepts (3G & Beyond)i. Multi-carrier and Wideband CDMA- High Data Rate System Optimization & Trade-offsii. Direct Sequence Ultrawideband C ommunications- Ultra Low Power, Short Range system optimization and trade-offsPrerequisites: EE505, 506 or equivalentAssessment:The overall grade will be based on:1Office: M330; Ph/FAX: (206) 221-5261/543-3842; email: [email protected](i) 4-5 Homework assignments [35%], (ii) Mid-term Exam [25%] and (iii) Class Project[40%]Class projects will be conducted by teams of 2 students and will require: (i) Aninitial proposal, (ii) Conducting analysis and simulations and (iii) A written final reportdescribing the results.TextR. L. Peterson, R. Ziemer and D. Borth, “Introduction to Spread Spectrum Communi-cations,” Prentice Hall, 1995.Additional ReferencesFundamentals of Spread Spectrum• R. E. Ziemer and R. L. Peterson, “Digital Communications & Spread SpectrumSystems,” MacMillan, 1985.• J. G. Proakis, “Digital Communications,” McGraw Hill, 4th ed., Chs. 12-15.• G. L. Stuber, “Principles of Mobile Communications,”Kluwer Acad., 2nd. ed.,2001, ch. 9-11.• M.K. Simon, J. R. Omura et al. “Spread-spectrum Communications,” Comp. Sci.Press, 1985, vols. 1-3.• S. Glisic and B. Vucetic, “Spread Spectrum CDMA Systems for Wireless Commu-nications,” Artech House, 1997.• Charles Cook, Fred Ellersick et al. “Spread Spectrum Communications,” IEEEPress, 1983.• A. J. Viterbi, “CDMA - Principles of Spread Spectrum Communications,” AddisonWesley, 1997.CDMA System Designs (2G, 3G etc.)• V. K. Garg, K. Smolik and J. Wilkes, “Applications of CDMA in Wireless/PersonalCommunications,” Prentice Hall,1997.• R. Prasad, “Wideband CDMA for Wireless Personal Communications,” ArtechHouse, 1996.• T. Ojanpera, R. Prasad, eds. “WCDMA: Towards IP Mobility and Mobile Inter-net,” Artech House, 2001.• L. Hanzo “MC-C DMA and