DocumentCode
1554475
Title
The Morpheus ultramodular autonomous underwater vehicle
Author
Smith, Samuel M. ; An, P. Edgar ; Holappa, Ken ; Whitney, James ; Burns, Aaron ; Nelson, Kevin ; Heatzig, Eric ; Kempfe, Olaf ; Kronen, David ; Pantelakis, Tom ; Henderson, Ed ; Font, Gary ; Dunn, Richard ; Dunn, Stanley E.
Author_Institution
Adept Syst., Boca Raton, FL, USA
Volume
26
Issue
4
fYear
2001
fDate
10/1/2001 12:00:00 AM
Firstpage
453
Lastpage
465
Abstract
The Advanced Marine Systems Lab at Florida Atlantic University has developed a new ultramodular plastic mini autonomous underwater vehicle (AUV), called the Morpheus, for littoral military and coastal oceanographic sampling, survey, and mapping. The name Morpheus was chosen because the Greek god Morpheus could change shape or "morph." The higher degree of modularity of the Morpheus AUV allows it to "morph" or change its size and components for different applications. This vehicle is composed of modular injection-molded plastic pressure vessels and a cabling system that allow the modules to be rearranged without rewiring bulkheads. The plastic pressure vessels are inexpensive, inherently mass-producible, extremely corrosion-resistant, and have low magnetic signatures. The pressure vessels are small but are sized to fit most standard electronic board standards. The mini AUV can be anywhere from 4 to 10 ft in length, depending on its mission. The vehicle architecture is an adaptation of the Ocean Explorer AUV system and uses an ANSI 709.1 (LonTalk) distributed control network for connecting all sensors and actuator subsystems as smart nodes. The modularity in containers, control, and power makes this vehicle rapidly reconfigurable and easy to repair or upgrade. This paper will present details of the motivation, design, and construction of the new mini AUV. The Morpheus was deployed during the summer of 2000 in field exercises for very shallow and shallow water mine counter measures. Some results from these tests will be presented
Keywords
distributed control; military equipment; oceanographic equipment; remotely operated vehicles; underwater vehicles; 4 to 10 ft; ANSI 709.1; Morpheus; cabling system; distributed control network; injection-molded plastic pressure vessels; magnetic signatures; mine counter measures; mini AUV; oceanographic mapping; oceanographic sampling; shallow water; smart nodes; ultramodular autonomous underwater vehicle; vehicle architecture; Distributed control; Intelligent vehicles; Marine vehicles; Oceans; Plastics; Sampling methods; Sea measurements; Shape; Underwater cables; Underwater vehicles;
fLanguage
English
Journal_Title
Oceanic Engineering, IEEE Journal of
Publisher
ieee
ISSN
0364-9059
Type
jour
DOI
10.1109/48.972078
Filename
972078
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