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Title
|
Principal Investigator(s)
|
Sponsor
|
|
ITR: Cooperative Communication Schemes for
Wireless Networks
|
T. Wong
J. Shea
Y. Fang
|
National Science Foundation
|
|
Reconfigurable
Multi-node Wireless Communication Testbed
|
T. Wong
J. Shea
Y. Fang
|
National Science Foundation
|
|
Comparative Study of Spread Spectrum and Time
Modulation Ultra-Wideband Communications.
|
T. Wong
J. Shea
Y. Fang
|
Air Force Research Lab.
|
|
Collaborative Transmission and Reception
|
T. Wong
J. Shea
Y. Fang
|
Office of Naval Research
|
|
Secure
and Power Efficient Protocols for Reliable Data Delivery for Heterogeneous
Tactical Ad Hoc Networks
|
Y. Fang
|
Office of Naval Research, Young Investigator
Award
|
|
Intelligent Resource Management and Performance
Evaluation for Wireless Mobile
Networks Supporting Integrated Services
|
Y. Fang
|
NSF
|
|
OFDM Technologies and QoS MAC Protocols for
Fixed Wireless LAN
|
Y. Fang
T. Wong
J. Shea
|
Samsung
|
|
Powerline Communications and Networking Research
|
Y. Fang
|
Samsung
|
|
CIT Coordination
|
H. Latchman
|
NSF
|
|
College Wide ALN Server -CIT TBCD OB2
|
H. Latchman
|
NSF
|
|
Dissemination Team (Marc Hoit)
|
H. Latchman
|
NSF
|
|
Establishment of the SloanCenter
for Information Technology-Enhanced Learning
|
H. Latchman
|
Sloan Foundation
|
|
Technology Based Curriculum Delivery
|
H. Latchman
|
NSF
|
|
Video Teleconferencing over Packet Networks
|
H. Latchman
|
UF Foundation/IBM
|
|
TAMA Protocol Simulation Studies
|
H. Latchman
R.Newman
|
Intellon
|
|
Multiple Transmit and Receive Antennas for
WLANs Signal Processing Algorithms
|
J. Li
|
Intersil
|
|
Spectral Analysis of Gapped or Missing Data
|
J. Li
|
NSF
|
|
Acquisition and Recognition of Moving Targets
and Enabling Technologies
|
J. Li
J. Principe
|
US Air Force
DARPA
|
|
Algorithms and Implementation for OFDM Based
Wireless LAN
|
J. Li
K.Gugel
|
NSF
|
|
Super Resolution Techniques for Mine Detection
via Ground Penetrating Radar
|
J. Li
J. Kurtz
|
US Army
|
|
FACES Career Initiation
|
J.McNair
|
GA Inst. of Tech.
|
|
Adaptive Protocols for Mobile
Wireless Networks
|
J. Shea
|
Clemson Univ. DOD
|
|
Concatenated Coding Schemes for Mobile Wireless
Communications Engineering Education
|
J. Shea
|
SE Center for Electrical
|
|
Research and Development Study to Evaluate
the Power Bandwidth-Efficient Signal in a Jamming Environment
|
J. Shea
|
MIT Lincoln
Labs
|
|
Adaptive Transmitter Design for Wireless Communication
Systems
|
T. Wong
|
Oak Ridge Associated
Universities
|
|
Antenna Diversity and Advanced Coding Schemes
for 100 Mbps Wireless LAN
|
T. Wong
|
Intersil
|
|
Efficient Data-Link Protocols for Wireless
Optimal-Sequence CDMA Systems
|
T. Wong
|
SE Center for Electrical Engineering Education
|
|
Research in Residential Powerline Communication
Systems
|
T. Wong
J. Shea
|
Intellon
|
|
5.8 GHz CMOS Frequency Synthesizers
|
K.O
|
Motorola
|
|
A 2.4 GHz Transceiver for Wireless LAN Applications
Implemented in a 0.25 -um CMOS Technology
|
K.O
|
Intersil
|
|
A 5.8 GHz Transceiver for Wireless LAN Applications
Implemented in a 0.18-um CMOS Technology
|
K.O
|
Intersil
|
|
Analog Devices: Effects of Substrate Conduction
on RF Performance of Si-Ge Bipolar Circuits for Wireless Applications
|
K.O
|
Analog Devices
|
|
Applications of Deep Submicron CMOS Technologies
for RF and Microwave Circuits
|
K.O
|
UF Foundation
IBM
|
|
Evaluation of RF Components in a 0.18 CMOS
Process
|
K.O
|
Taiwan Semiconductor Manufacturing Corp.
|
|
Evaluation of Utilizing PMOS Transistors in
a 0.18 um CMOS Process for 2.4 GHz
|
K.O
|
Texas Instruments
|
|
IBM Cooperative Fellowship for Yo-Chuol Ho
|
K.O
|
IBM
|
|
Implementation of RF Switches in Low Cost Bulk
CMOS Technologies
|
K.O
|
NSF
|
|
Inter and Intra-chip Clock Signal Distribution
Using Microwaves Corporation
|
K.O
|
Semiconductor Research
|
|
Investigation of Inductors
|
K.O
|
UF Foundation
|
|
RF Building Blocks Implemented in a 0.25um
CMOS Process for Wireless Applications
|
K.O
|
Winbond
|
|
RF Building Blocks Implemented in a 0.25-um
CMOS Process for Wireless Applications, Phase 2
|
K.O
|
Winbond
|
|
Semiconductor Research Corporation Fellowship
for Brian Floyd
|
K.O
|
Semiconductor Research Corp.
|
