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Columbia School of Engineering and Applied Science / Technology / Wave power / Transport / Water / Energy conversion / Buoy / Navigation


Modeling and Control of Joint-Actuated Buoys by Roger Cortesi B.S. in Mechanical Engineering, June 1999, Massachusetts Institute of Technology M.S. in Mechanical Engineering, September 2000, Massachusetts Institute of T
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Document Date: 2012-05-09 21:36:17


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File Size: 3,93 MB

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City

Washington DC / /

Company

Hydrodynamics Laboratory / Naval Research Laboratory / /

Facility

The George Washington University / Hydrodynamics Laboratory / Massachusetts Institute of Technology A Dissertation / Massachusetts Institute of Technology M.S. / Naval Academy’s Hydrodynamics laboratory / /

IndustryTerm

wave energy / mode control law / directional communications / derivative control law / control law / /

Organization

Naval Academy / School of Engineering and Applied Science of George Washington / Faculty of The School of Engineering and Applied Science / The George Washington University / Institute of Technology M.S. / Massachusetts Institute of Technology / MODELING AND CONTROL OF JOINT-ACTUATED BUOYS Roger Cortesi Dissertation Research Committee / /

Person

James Lee / Jeffrey Heyer / Adam Wickenheiser / Kenan Cole / Jen / Roger Cortesi / Pinhas Ben-Tzvi / David Chichka / Eric Justh / Azim Eskandarian / /

Position

Professor of Engineering / Dissertation Director / Electronics Engineer / Professor of Engineering / Assistant Research Professor / Assistant Professor of Engineering / /

ProgrammingLanguage

DC / /

ProvinceOrState

Massachusetts / /

Technology

remote sensing / simulation / /

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