The aim of my work is to creative innovative tools expanding the ability of ocean science for exploring, understanding and protecting the marine environment. To accomplish this I pursue projects on precise underwater navigation, applications of autonomous vehicles and the integration of diverse sensors for environmental assessment. Advances in these areas require research in a variety of topics: dynamics, control, estimation, acoustic signal processing, probabilistic robotics, instrumentation and mechatronics. The ultimate goal of my work is to deploy these systems in the field to do new science. Toward this end I continue to participate in oceanographic expeditions around the world through an ongoing collaboration with the Deep Submergence Laboratory at the Woods Hole Oceanographic Institution. |
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Smarter Sensing- NSF funded project for in-situ chemical sensing from autonomous underwater vehicles (AUVs).
SHARPS - Sonic High-Accuracy Range and Positioning System
Sharps Relative Positiong for the Jason/Medea ROV System (SharpsManual)
Circe - the Olin Autonomous Surface Craft
Ultrasonic Positioning - Spring '06