EE359 - Wireless Communications - Fall 2001

Class Projects (Links)


* Hardware Implementation Issues in the Design of Software Radios , Nikhil Acharya (nacharya@Stanford)

* On Efficient Ways of Achieving Close to Capacity on Single User MIMO Wireless Channels , Amal Ekbal (ekbal@Stanford)

* The Effect of Intersymbol Interference on Performance in Wireless Systems , Joe Williams (joew22@stanford)

* Software Radios , Pei-Jiun Lin and Takahiro Watanabe (twatana@stanford.edu)

* IEEE 802.11 capacity analysis and protocol enhancement , Jason Wong (jjwong@Stanford.EDU)

* Capacity of Flat Fading Channels with Multiple Transmit and Receive Antennas , Jungwon Lee (jungwon@stanford.edu) and Kee-Bong Song (kbsong@stanford.edu)

* Investigating Capacity Gains in MIMO Wireless Systems. , Lisbeth Vazquez (avemaria@Stanford)

* Optimal and Fuzzy-based Handoff Algorithms , Lynn Yeo (lynn.yeo@stanford.edu)

* Study of Mobile IP , Ash Kasturia (kasturia@Stanford)

* OFDM Design in Wireless LANs, Xi Huang (xihuang@Stanford)

* Software Radio Design Challenges , Shuguang Cui (shuguang@wsl.stanford.edu)

* Wireless location detection technologies , David Hole (dhole@stanford.edu) and Hrefna Gunnarsdottir (hrefna@stanford.edu)

* Saddle point approximations , SINA ZAHEDI (memami@stanford.edu) and MAJID EMAMI (szahedi@stanford.edu)

* Space-Time Adaptive Processing (STAP) in Wireless Communications. , Bobby Barnes (bbarnes@stanford)

* Angle Resolution Techniques in Cellular Radio , Mark Brady (mhbrady@Stanford)

* Channel Estimation: Examination and Simulation of PSAM , Ryan Hinton (rhinton@stanford.edu)

* Effects of Channel Estimation Error in Adaptive Modulation Manuel Platino (platinom@stanford.edu)

* Different Handoff Algorithms in Cellular Systems. Michael Vogelpohl (mvogelpo@Stanford.EDU)

* W-CDMA Martha Zemede (martha_zemede@agilent.com)

* Study of Adaptive Modulation, Wesley Sedlace (sedlacwe@stanford)

* A software simulation of spread spectrum systems Mohammed H. Badi (mbadi@relgyro)

* Linear multiuser detection schemes for CDMA systems , Supratik Bhattacharjee (supratik@qualcomm) and Jeong Kim (jeongk@qualcomm.com)

* OFDM Principles and Performance Issues , Ioannis Spyropoulos (ispyrop@stanford.edu) and Markus Gaertner (gaertner@stanford.edu)

* Space-Time Coding for Wireless Communication: A Survey , Lei Poo (leipoo@Stanford.EDU)

* Capacity Considerations for Multiple-Input Multiple-Output Systems , Noman Ahmed (khattak@stanford.edu)

* On the Performance of Different Implementations of Multicarrier CDMA. , Dimitris Papadopoulos (fdimitri@stanford.edu)

* Economic Issues with Fixed Wireless as a Last-Mile Broadband Alternative , Celine Wing-Sze Fung (cfung@Stanford.EDU)

* , Frequency Reuse and System Capacity Issues in 802.11 WLANs , Majid Malek (majid_m_malek@hotmail.com)

* , Simultaneous Routing and Resource Allocation for Wireless Networks with Fading Channels , Lin Xiao ( lxiao@stanford.edu) and Ting Chen (tingchen@stanford.edu)

* On Hierarchical CDMA Cellular Systems , Mohamad Charafeddine (mohamad@stanford.edu)

* Macrodiversity , Rikardur S. Rikardsson (rrikards@Stanford.EDU)

* Multiuser Detection for OFDM Systems with Antenna Diversity , Yu-Ngok Li (ynli@stanford.edu) and Dik Kin Wong (dkwong@stanford.edu)

* Wireless ATM over a Burst Error Channel , Tarun Desikan (tarun@Stanford.EDU)

* TCP Performance over wireless links , Amol Shah (amolshah@Stanford.EDU)

* Wireless location detection technologies , David Hole (dhole@stanford.edu) and Hrefna Gunnarsdottir (hrefna@stanford.edu)

* Adaptive Turbo Coded Modulation , Manman Ren: mmren@stanford.edu

* An Investigation into Peak-to-Average Ratio (PAR) Reduction in OFDM Systems , Alex Liu (kangxi@stanford.edu)

* Smart Antennas - Overview and Analysis of switched beams & adaptive- array antennas , Wee Cheng Chee (chee75@stanford.edu)

* Capacity of MIMO Channels - A Survey , Anindya Poddar (Anindya.Poddar@nsc.com)

* Cellular Performance at the Edge and Over the Cell , Junfeng Xu (junfeng@Stanford.EDU) and Kai Lee (kailee@Stanford.EDU)

* Performance Comparison between DS-CDMA and MC-CDMA in Rayleigh and Nakagami Multipath Fading , Vebjorn Kristensen (vebjorn@Stanford)

* CDMA code designs , Calvin Lew (cdlew@leland.stanford.edu)

* The MIMO Architecture Effect On Channel Capacity Increase , Eresha Thuriyasena (lamchop@Stanford.EDU)

* Correlation of Tones in a Wideband Fading Channel , Somit Mathur (somit@stanford.edu)

* Antenna Selection in MIMO Systems , Minghui Han (mh.han@stanford.edu)

* Application of Multiple Antennas in DS-CDMA systems , Ganesan Thiagarajan (gana@arraycomm.com) and Jijun Yin (jijun@stanford.edu )

* Study of multipath for Ultra Wideband Systems , Vinayak Dangui (vdangui) and Nicolas Schifano (schifano@Stanford.EDU)

* The Effects of Coding Techniques on Wideband CDMA , LaShon Z. Johns (ljohns@Stanford.EDU)

* Concept of MIMO System and Its Variation with Code-Division Techniques , Chuo-Ling Chang (chuoling@stanford.edu) and Ju-Yong (Jason) Do (jdo@stanford.edu)

* Code Acquisition in Spread Spectrum Systems , Abtin Keshavarzian (abtink@Stanford.EDU)

* Simulation of Diversity Techniques , Imran Qaiser (iqsayed@stanford.edu) and Waqar Mohsin (wmohsin@stanford.edu)

* Adaptive Loading for MIMO/OFDM Systems , Prateek Bansal (prateek@stanford.edu) and Andrew Brzezinski (brzezin@stanford.edu)

* Adaptive Modulation: It's Current Use and How it Can be Improved. , Chris Herrick (chris.herrick@stanford.edu)


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