EE 359 - Wireless Communications - Fall 2002
Class Projects (Links)
-
Effects of
Spreading Code Selection on Multi-Carrier CDMA Performance, (Susheem
Gupta susheem@stanford.edu).
-
Power Control
for AdHoc Wireless Networks, (Aditya Dua dua@stanford.edu)
-
Review
of Adaptive CDMA, (Kahlil Fitzgerald fitzgk@yahoo.com)
-
Macroscopic
Diversiity, (Jen Buonanno buonanno@stanford.edu)
-
Pilot/Data
Power Allocation for W-CDMA Coherent RAKE Reception, (Zhang Rui ee.ruizhang@stanford.edu)
-
Capacity
of time-varying channels with imperfect CSI, (Taesang Yoo yoots@stanford.edu)
-
Study and
Simulation of Erlang Model, (Peng Wan pwan2000@yahoo.com)
-
Proposal
and Demonstration of Link Connectivity Assessment based Enhancements to
Routing in Mobile Ad-hoc Networks (Jatinder Pal Singh jatinder@Stanford.edu)
-
A
Survey about the Performances of the IEEE 802.11 Wireless LANs (Christophe
Levesque christophe.levesque@Stanford.edu)
-
Analysis
of Performance of Adaptive OFDM (Primoz Skraba primoz@Stanford.edu)
-
Maximal
Ratio Combining with Correlated Raleigh Fading Channels (Andrew Kondo
neokondo@Stanford.edu)
-
Hard
and Soft Viterbi Decoding Performance in the Presence of Receiver Estimation
Error (Andrew Puryear apuryear@Stanford.edu)
-
Overview
of Equalization Techniques for ISI Mitigation in EDGE (William R. Edwards,
wedwards@Stanford.edu)
-
Performance
of TCP over HDR (1x-EV-D0) (Kamesh Medepalli mkamesh@stanford.edu).
-
OFDM
benefits and obstacles (Rafael Ballagas ballagas@stanford.edu).
-
Economic
issues for Wireless Systems (Khang Ting khang@stanford.edu).
-
Modern
Wireless Technologies for Office and Home Networking, (Ioannis Dimitrios
Papadimitriou jpg@stanford.edu,
Maria Nikolitsa nikoli@stanford.edu).
-
Hidden
Terminal Effect in IEEE 802.11 ad-hoc wireless networks, (Cheryl Lam
cheryl16@stanford.edu).
-
Multiple
access and power control for wireless ad hoc networks, (Jonathan Sidi
sidi@stanford.edu)
-
Wireless
Location Technologies: Meeting the E-911 Challenge, (Scott Payne, gt1994@stanford.edu).
-
Advanced Equalization Techniques
proposal,
,
Final report , (Sameer Gadre sameer.gadre@nsc.com).
-
Adaptive
Modulation for MIMO Systems in Time-Varying Channels, (Kibeom Seong
kseong@stanford.edu
& Taek Soo Kim taeksoo@stanford.edu)
-
Performance
of OFDM Systems with Multiple Antennas, (Ali Faghfuri faghfuri@Stanford.EDU).
-
Impact
of Channel Estimation Error and Delay on MQAM: A Comparitive Study,
(Xiaoqing Zhu zhuxq@Stanford.EDU).
-
BER
Analysis in DSSS CDMA with Gaussian Approximation and Power Control,
( Yu-Kuan Lin yulin@stanford.edu).
-
Modeling
End-to-End Packet Delays for Networks Employing Link Layer Retransmissions,
(Shantanu Rane srane@Stanford.EDU).
-
Handoff
Techniques for Wireless ATM Networks, (Hersh Satyanarayan Dangayach
hershd@Stanford.EDU).
-
Approaches
to Mitigate the Phase Noise in OFDM system, (Ying Xu xying@Stanford.EDU).
-
Comparison
of Optical Wireless Modulation Techniques, (Bobby Jaros rjaros@stanford.edu).
-
Contention-Based
Multiple Access in Ad-Hoc Networks, (Christophe Marle christophe.marle@m4x.org).
-
The
Effects of Mobility on Wireless Network Routing Algorithms, (Jeffrey
Wu jeffwu78@stanford.edu).
-
Channel
Estimation for WCDMA with STTD, ( Erumusele Odigie eodigie@Stanford.EDU).
-
Minimum
Energy Routing in Ad-hoc Networks and Related trade-offs, (Yan Li liyan@stanford.edu).
-
Approaches
to Channel Estimation for Multi-Carrier CMDA Systems Literature Survey,
(Miao He hmiao@Stanford.EDU).
-
Analysis
of Performance Degradation due to error in Transmitter side Information,
(Rahul Alex Panicker rahul_a_p@yahoo.com).
-
Complexity-Efficient
Link Adaptation in MIMO-OFDM Systems over Frequency-Selective Fading Channels,
(Ying-Tzu Huang ythuang@stanford.edu).
-
On
Wideband CDMA: Capacity-Enhanced Techniques, (Enrique Ulffe Whu eulffe@stanford.edu).
-
Performance
of Multiple-Input Multiple-Output (MIMO) Channels under correlated fading,
(Jean-Philippe Ronc jronc@stanford.edu).
-
An Overview
of ad hoc Wireless Sensor Networks, (benoit nesme nesme@stanford.edu).
-
Video
transmission over wireless IP networks
(proposal),
(report).
, (Oleg Chebotarev chebotarev@yahoo.com).
-
QoS Support
for Multimedia Traffic over Ad Hoc Network using IEEE 802.11, (Chi
Ho Fredrek Choi choichi@Stanford.EDU).
-
Study
of Performance of Frequency Hopped Spread Spectrum Systems in Rayleigh
Fading Channels (Shantanu Khare shantanu@stanford.EDU).
-
Comparison
of different channel estimation techniques for MIMO-OFDM systems (Shahriyar
Matloub smatloub@Stanford.EDU).
-
Performance
Study of the Channel Models for Ultra Wide Band Communications (Ketan
Humnabadkar ketanh@stanford.edu).
-
Multiuser
Detection techniques for Code-Division Multiple-Access (Frederic Sarrat
fsarrat@stanford.edu).
-
A
Comparison Study on Outdoor Propagation Models Using Computer Programs
(Bin Lee binlee@stanford.edu).
-
Adaptive
Modulation Scheme and Multilevel Transmit Power Control for OFDM Systems
(Michael
Wong msywong@stanford.edu).
-
Performance
Tradeoffs in a Spread Spectrum (CDMA) System (John Herrington john@ti.com).
-
Principles
of Multicarrier Modulation and Performance Issues in Wireless Systems (Christoph
Steinbrecher steinbrecher@stanford.edu).
-
Multiuser
Detection for CDMA systems
(proposal),
(final report).
(Mohan Karnam mohan.karnam@nsc.com).
-
Why is
it so difficult to meet the E-911 FCC mandate requirements? (Juan Blanch
blanch@stanford.edu).
-
Determination
of the Irreducible BER for Pi/4-DQPSK, (Erik Anderson erik.anderson@stanford.edu).
-
Adaptive
Channel Equalization Using Neural Networks ( Amita Pugalia, amipugalia@stanford.edu).
-
Indoor
wireless channel model (survey), (Youngjae Kim youngjae@stanford.edu).
-
Comparing
a computationally efficient DFE with the conventional DFE (Ka
Chun (Kyle) Chan kc5chan@stanford.edu).
-
Statistical
Analysis of Multipath Effects on GPS performance (Noppadol Pringvanich
noppadol@Stanford.EDU).
-
Capacities
of MIMO Channels with Real World Channel Models (Erik Stauffer
eristauff@stanford.edu).
-
A
Synchronization Scheme for Multiuser OFDM in Frequency-Selective Channels
(Jisung
Oh ofdm@stanford.edu).
-
Software
Radio Overview
(proposal),
(final
report). (Jeong-Taek Lee leejt@stanford.edu).
-
Resource
Allocation to Maximize Reward Rate in Wireless Cellular Networks (Nikhil
Chandru Jagtiani nikhilcj@Stanford.EDU,
Ritesh Kumar Madan rkmadan@stanford.edu).
-
Variable
Rate Variable Power MPSK for fading Channels and the effects of channel
estimation error and delay on its performance (Arvind Sundararajan
asrajan@stanford.edu).
-
Performance
Comparison of Multi-hop and Single-hop Wireless Networks (Daniel E.
Barreto barretod@stanford.edu).
-
Simulation
of Narrowband QPSK in a Wireless Space-Time Fading Channel with Receiver
Beamforming (Pascal Renucci, Pascal.Renucci@nsc.com).
-
CDMA2000
1xEV-DO Systems (Erin Selser eselser@stanford.edu).
-
Routing
Protocols for Ad Hoc Wireless Networks (Ashim Srivastava ashim@stanford.edu).
-
CMOS
RF Circuits for Wireless Communication (Siyou Weng wenge@icst.com).
-
Comparison
between DS-CDMA and MC-CDMA (Anna Wing Wah Wong annawong@stanford.edu).
-
A Study
of Adaptive Loading for OFDM (Karthik Shanmugavadivelu Karthik.Shanmugavadivelu@intel.com)