| National Science Foundation, Division of Civil,
Mechanical, and Manufacturing Innovation |
Fusion
of Electromagnetic and Mechanical Wave Data for Concrete Structure
Diagnostics |
| National Science Foundation, Division of Industrial
Innovation and Partnerships |
Electrical
Impedance Spectroscopic Sensor to Detect Tunnels and Infrastructure in
Soil |
| National Institutes of Health-National Cancer
Institute |
Ultrasonic
Image Guidance for HIFU Cancer Treatment |
| Northeastern University Center for Subsurface Sensing and
Imaging Systems |
Diffuse Wave Imaging and Quantitative Ultrasound |
| Center
for Biotechnology and Informatics, Methodist Hospital Research Institute |
Advanced methods for 3D neuronal data sets |
| Laboratory
for Biooptics and Molecular Imaging |
Compuationally efficient methods for large scale flourescence
molecular tomography |
| 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 |