Area of research
Oceanography · Ocean Engineering
Research interest
Research focused on Underwater and Acoustics, with related work in Noise (video), Convolutional neural network, Inertial measurement unit. Notable publications include 'Model-based convolutional neural network approach to underwater source-range estimation', 'Implementation of a Hydrodynamic Model-Based Navigation System for a Low-Cost AUV Fleet', and 'Long-Term Outcomes of the DanGer Shock Trial'.
Long-Term Outcomes of the DanGer Shock Trial
Effect of Microaxial Flow Pump on Hemodynamics in STEMI-Related Cardiogenic Shock
Model-based convolutional neural network approach to underwater source-range estimation
Passive acoustic detection and tracking of an unmanned underwater vehicle from motor noise
An acoustic remote sensing method for high-precision speed estimation of micro-UUVs
An information theory approach to assess acoustic-environmental significance
Implementation of a Hydrodynamic Model-Based Navigation System for a Low-Cost AUV Fleet
Passive acoustic tracking for behavior mode classification between surface and underwater vehicles
Passive tracking of autonomous underwater vehicles (AUVs) using a low-cost acoustic data collection system
An Overview of MIT-Olin’s Approach in the AUVSI RobotX Competition
Seabed target discrimination using multistatic acoustic scattering data
Assessing shear property variability in shallow water sediments using a wide aperture geophone array