Current Research Projects in the Signals & Systems Division

 

Professor(s) Involved with Project	Sponsoring Agency	Title of Project
Gao	NSF	Collaborative Research: Quantifying Predictability in Nonlinear Multiscale Systems with applicationsto tropical Cyclone Prediction.
Harris	Veterans Administration/ RAs	Measurement of Dysarthric Intelligibility using Speech Recognition - Ras
Harris	UF Foundation	Dr. Harris's Study of Speech Compression
Harris, Principe	NSF	A Spike-based Computer Architecture for Sensory Processing
Harris, Principe, Nishida, Bashirullah	NIH	An Ultra-low Power Wireless Neural Recording Implant Based on a Novel Pulse Representation
Latchman	UF Research Foundation	Advamce Control Technology Consortium (Membership Program)
Li, J.	ONR	Multi-Input Multi-Output (MIMO) Radar - Diversity Means Superiority
Li, J.	ARO	MIMO SAR Imaging: Signal Synthesis and Receiver Design
Li, J.	NASA	Unsteady Circulation Control for High-Performance, Low-Noise Aircraft
Li, J.	NSF	EXP-SA: Enhanced Quadrupple Resonance Technology for Explosive Detection
Li, J.	ONR	Enhanced Multistatic Active Sonar Via Innovative Signal Processing
Li, J., Wu	Air Force Research Lab	Advanced Techniques for Scene Analysis
Li, J., Zmuda	U.S. Army Medical Research & Materiel Command	Contrast Enhancement for Thermal Acoustic Breast Cancer Imaging Via Resonant Stimulation
Li, J., Zmuda	NSF	Flexible Transmit Beampattern Design via Waveform Diversity
Li, J.	Susan Komen Foundation	Accurate Breast Cancer Prognosis
Principe	NSF	Optimal Modeling in Curved Reproducing Kernel Hilbert Spaces
Principe, Khargonekar	NSF	Center For Innovative Brain Machine Interfaces
Shea	Lockheed Martin	MILCOM 2010
Slatton	US DoD/Army	Predictive Modeling of Diffractive and Non-Diffractive Propagation in Forested Terrain
Slatton	NASA	Development and Validation of an Improved Performance Model for Airborne Photon - Counting LIDAR (Fellowship for Tristan K. Cossio)
Slatton	NSF	Design and Demonsration of a Distributed Sensor Array for Predicting Water Flow and Nitrate Flux in the Santa Fe Basin
Slatton	US Army	PECASE: Predictive Modeling of Diffractive and Non-Diffractive Propagation in Forrested Terrain by Combining Probabilistic and Physical Modeling
Slatton, Principe	ONR	Probabilistic Graphical Models for Data Co-Registration and Contact Fusion
Wong, Shea	Purdue University	Utilizing Spectrum Efficiently (USE)
Wong, Shea	NSF	NeTS-NBD: Simulcast Enhanced Wirelss Networks
Yang	DOCOMO USA Labs	Wireless Body Area Networks for Healthcare
Yang	Air Force Office of Scientific Research	Location and Navigation with Ultra-Wideband Signals
Yang	NSF-Career	CAREER: Acoustic Underwater Sensor Network (ACOSNET) - Multi-Level Adaptations
Yang	Office of Naval Research	Wireless Cooperative Networks: Self-Configuration and Optimization
Yang, Li, J.	ONR	MIMO Underwater Acoustic Communications for Rate Enhancement and Range Extension
Yang,Li, J.	NSF	Efficient MIMO Transceivers Based on Channel Decomposition Techniques