Title :
Control of tactical-scale, micro-unmanned surface vehicles (USVs): Ocean observations platforms systems and observations
Author :
Patterson, M. ; Marston, R. ; Christopher, S. ; Jacobs, A. ; McDonald, A. ; Nicinska, J. ; Chadwick, R.
Author_Institution :
Hydronalix, Green Valley, AZ, USA
Abstract :
As sensors, communications devices and automation becomes more capable and powerful, there is an increase in the use of unmanned systems of all types. This paper describes the development and testing of a micro-USV platform based around an initial design capability called EMILY, for three different applications; expeditionary science missions, littoral mapping exercises and new techniques to track hurricanes while continuously gathering data from within the eye. Each of these applications has different requirements and these are discussed briefly for the first two applications and in detail for the third, hurricane application.
Keywords :
marine vehicles; microrobots; mobile robots; motion control; oceanographic techniques; path planning; remotely operated vehicles; storms; EMILY; autonomous navigation; autonomous vehicles; continuous data gathering; expeditionary science missions; hurricane tracking; littoral mapping exercises; micro USV platform; ocean observations platforms systems; tactical-scale micro unmanned surface vehicles; unmanned systems; Hurricanes; Lakes; Sea surface; Sensors; Sonar; Tropical cyclones; US Government agencies; EMILY; autonomous navigation; hurricane; micro-USV; modeling; sensors; unmanned surface vessels;
Conference_Titel :
Oceans, 2012
Conference_Location :
Hampton Roads, VA
Print_ISBN :
978-1-4673-0829-8
DOI :
10.1109/OCEANS.2012.6405000