| Organization |
Project |
| National Science Foundation,
Division of Bioengineering and Environmental
Systems |
Inverse
Scattering Models and Algorithms for Functional Brain Imaging with Diffuse
Optical Wavefields |
| Strategic Environmental Research
and Development Program (SERDP) |
Statistical
and Physics Based Methods for Unexploded Ordnance Discriminaton from EMI
Data |
| Textron Systems Division
in Wilmington, MA |
Graph-based methods for robust 3D object recognition
|
| National Science Foundation,
Division of Microelectronic
and Information Processing Systems |
Toward
a Unified Approach to Diffuse Wave Inverse Problems |
| Air Force Reasearch Laboratory Information Directorate |
Mapping Backprojection to the Heterogeneous HPC Cluster for SAR Image
Formation |
| National Science Foundation,
Division of Microelectronic
and Information Processing Systems |
CAREER development award to to support educational and research
activities focused on the study of inverse methods in an electrical engineering
curriculum. |
| Air Force Office
of Scientific Research under a MURI grant |
Reduced signature automatic target recognition |
| The Department of Energy under
a grant from the Idaho National Energy Laboratory
|
Array processing algorithms for detection and localization
of buried objects. |
| MRI Group at Brigham and Woman's Hospital |
Adaptive Magnetic Resonance Imaging |
| NMR Group at Mass.
General Hospital |
Volumetric Brain Warping for Registration of fMRI |
| Photothermal
and Optoelectronic Diagnostic Laboratories at the University of Toronto |
Wavefield-based inversion methods for photothermal non-destructive
evaluation |
| Army Research Office demining
MURI |
Physics-based signal and image processing for the detection, localization,
and classification of buried landmines.
|
| Strategic Environmental Research and Development
Program |
A Unified Approach
to the Processing and Fusion of Time and Frequency Domain EMI Data for UXO
Discrimination |
| SAIC/US Army |
Enhanced Technology for Vehicular Demining Sensors and Systems |
| Textron Systems Division in Wilmington,
MA |
Automatic target recognition in infrared images |
| Advanced Research Technologies |
Time Domain Diffuse Optical Tomography |
| DOE/Idaho National Engineering and Environmental
Lab |
Advanced Processing Methods for Environmental Monitoring |
| Mercury Computer |
Implementation
of Back Projection on Reconfigurable Hardware |