EE360 - Advanced Topics in Wireless Communications -
Spring 2004
This course
will focus on research issues in
multiple access techniques (including the impact of multiple
antennas), cellular system design,
and ad-hoc wireless networking. A rough set of the topics to be covered
will be given during
the first week of classes. Lectures will be based on
required reading from magazine and journal articles, textbook sections,
or supplemental handouts.
Active class participation is mandatory: Each student will present a
paper on
one of the class topics to the class, and required reading must be done
before class. In-class time will be divided between lectures, student
presentations, and
group discussions.
The course grade will be based on class presentation
and participation,
two paper surveys based on the required and supplemental reading,
two homework assignments based on the required reading, and a final project.
Basic Course Information
Announcements
The lecture schedule for presentations is
here .
Upcoming deadlines: project proposal due April 21, paper summary due
April 28.v
No class May 3 or 5. Makeup classes April 23 and May 14.
Office hours Monday April 19 moved to 2:30-3:30.
Lectures and their Required Reading
Lecture 1: Introduction
Lecture Slides .
Required Reading: Chapter 14.1, 15.1, and 16.0.1-16.0.2 of EE359 Reader
Lecture 2: Broadcast Channels
Lecture 3: Advanced Topics in Broadcast Channels: ISI and MIMO
Lecture 4: MAC Channels: Capacity, time division, and CDMA
Lecture 5: CDMA (FH), Myths and Realities, Multiuser Detection, Wideband
CDMA
Lecture 6: Multiuser Detection, Power Control, and Wideband
CDMA
Lecture 7 (April 21): Multicarrier, CDMA and Hybrid Technique Tradeoffs
Lecture 8 (April 23 - Makeup Lecture): Multiple Antennas in Multiuser Systems
Lecture 9 (April 26): Cellular System Design
Lecture Slides: Overview ,
Mark's talk
Presenter: Mark Brady
Required Reading:
Downlink Capacity of Interference-Limited MIMO Systems With Joint Detection.
H. Dai, A. Molisch, H.V. Poor, TCOM 2004.
On the capacity of a cellular CDMA system
K. Gilhousen, I. Jacobs, R. Padovani, A. viterbi, L. Weaver, and
C. Wheatley, IEEE Trans. on Vehicular Technology, May 1991.
Lecture 10 (April 28): Ad Hoc Networks
No lecture May 3 and May 5
Lecture 11 (May 10): Capacity and Achievable Rates for Large Ad-Hoc Networks
Lecture 12 (May 12): Routing and Relaying in Ad Hoc Networks
Lecture 13 (May 14): Delay Considerations in Ad-Hoc Networks
Lecture 14 (May 17): Meeting QoS Constraints in Ad Hoc Networks
Lecture 15 (May 19): Communication under Energy Constraints
Lecture 16 (May 24): Node Cooperation in Sensor Networks
Lecture 17 (May 26, Note: lecture time is 11am-1pm):
Future Systems, Pizza Party, Course
Summary and Open Research Areas.
Lecture Supplemental Reading
Lecture 1: Introduction
Lecture 2: Broadcast Channels
Lecture 3: Advanced Topics in Broadcast Channels
Lecture 4: MAC Channels: Capacity, time division, and CDMA
Lecture 5:CDMA(FH), Myths and Realities, Multiuser Detection, Wideband CDMA
Lecture 6: Multiuser Detection, Power Control, Wideband CDMA
Lecture 7: Multicarrier, CDMA and Hybrid Technique Tradeoffs
Lecture 8: Multiple Antennas in Multiuser Systems
Lecture 9: Cellular System Design
Lecture 10: Ad Hoc Networks
Lecture 11: Capacity and Achievable Rates for Large Ad Hoc Networks
Lecture 12: Routing and Relaying in Ad Hoc Networks
Lecture 13: Delay Considerations in Ad-Hoc Networks
Lecture 14: Meeting QoS Constraints in Ad Hoc Networks
Lecture 15: Communication under Energy Constraints
- "Energy-efficiency of MIMO and Cooperative MIMO Techniques in Sensor Networks" ,
S. Cui, Andrea Goldsmith and A. Bahai, to appear in IEEE JSAC, 2004.
- "Geographic Random Forwarding (GeRaF) for ad hoc and sensor
networks: energy and latency performance" , Michele Zorzi and R.R. Rao, to appear in IEEE Tran. in Mobile Computing, Vol. 2, No. 4, Oct-Dec 2003.
- "An Energy Efficient Adaptive Distributed Source Coding Scheme in Wireless Sensor
Networks" , C. Tang, C.S. Raghavendra and V.K. Prasanna, ICC 2003.
Lecture 16: Node Cooperation in Sensor Networks
- "Cooperation in Wireless Ad Hoc Networks" , Vikram Srinivasan, Pavan Nuggehalli, Carla F. Chiasserini and Ramesh R. Rao, INFOCOM 2003.
- "Resource Pooling and Effective Bandwidths in
CDMA Networks with Multiuser Receivers and
Spatial Diversity" , S.V. Hanly and David N.C. Tse, IEEE Trans. on Info. Theory, Vol. 47, No. 4, May 2001.
- "Cooperative Security-Enforcement Routing in Mobile Ad Hoc Networks" , B. Lu and U.W. Pooch, IEEE Workshop on Mobile and Wireless Communications Network, 2002.
Lecture 17: 4G and Future Wireless Systems
- "Challenges in the Migration to
4G Mobile Systems" ,
Suk Yu Hui and Kai Hau Yeung, IEEE Communications Magazine, Dec 2003.
- "Adaptive Modulation based MC-CDMA Systems for 4G Wireless
Consumer Applications" , S. Chatterjee, W.A.C. Fernando and M.K. Wasantha, IEEE Transactions on Consumer Electronics, Vol. 49, No. 4, Nov 2003.
- "Technologies for 4G Mobile Communications: WCDMA and WLAN for 3G and Beyond" , Harri Honkasalo, Kari Pehkonen, Markku T. Niemi and Anne T. Leino, IEEE Wireless Communications Magazine, Apr 2002.
Other Wireless Links (Under Construction)
Wireless Communications and Mobile Communications Course by Randy Katz
at U.C. Berkeley.
Principles of Wireless Networks Course by Michele Zorzi at UCSD.
Mobile and Wireless Networks and Applications Course by Mary Baker at Stanford.
Offered this quarter (Spring 2000).
Wireless Information
Networks Laboratory Rutgers University.
Berkeley Wireless Research Center
University of California at Berkeley.
Center for Wireless Communications
University of California at San Diego.
Center for Wireless Information
Network Studies Worcester Polytechnic.
Mobile and portable radio research
group Virginia Tech.
Packet Radio Reading List.
Weekly newspaper covering business,
technology, and regulatory news in the wireless area.