-
A remote acoustic sensing system for rapidly imaging and localizing schools of fish and other biology over wide areas, spanning thousands of square kilometers, in near real time, including rapid-at-sea navigation, charting and registration.
-
An Extinction Theorem for object scattering in a dispersive waveguide. This theorem will be used to design an acoustic ''burglar alarm'' or ''trip-wire'' system for detecting submerged objects.
-
Physics-based model for the statistics (mean and spatial covariance) of the forward propagated acoustic field in a dispersive ocean waveguide containing random inhomogeneities. Model applied to analyze long range acoustic propagation through internal waves, oceanic bubble clouds, fish schools and seabottom surface and volume inhomogeneities.
-
Unified full-field computational model for 3-D acoustic target scattering and reverberation in a range-varying ocean waveguide. The model has been applied to show that densely concentrated fish schools can be imaged remotely from tens of kilometers range in continental shelf environments.
-
Long-range Synthetic Aperture Sonar (SAS) system for localizing objects with acoustics in highly dispersive shallow water waveguides.
-
Fully coherent nonlinear wave and object scattering model. Applied to analyze mechanisms for nonlinear wave generation in medical ultrasonic imaging.
-
Full-field model to simulate the performance of a scanning ultrasound vibrometer. Applied in landmine confirmation research to investigate ultrasound measurement of ground displacement and velocity.
-
Low frequency instantaneous wide-area active seismic imaging of shallow buried tunnels.
