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Advisor(s)
Abstract(s)
This paper proposes an innovative concept that responds to the requirements of acoustic
REA as the integration between a network of sophisticated Acoustic-Oceanographic Buoys
(AOB) and online ocean properties inversion algorithms. A prototype of the system, in-
cluding one sonobuoy and a preliminary version of the inversion code, was tested at sea
during the MREA'03 sea trial. The AOB is a light acoustic receiving device that in-
corporates last generation technology for acquiring, storing and processing acoustic and
non-acoustic signals received in various channels along a vertical line array. During the
MREA'03 the AOB was deployed on a free drifting con guration. Source/receiver geom-
etry was estimated from the buoy's GPS. Online processing was made possible by wireless
transfer of the data and inversion was done in a range-dependent environment. Temper-
ature pro les inverted from acoustic signals in two frequency bands on near
Description
Keywords
Acoustic oceanographic
Citation
C. SOARES, S.M. JESUS, A.J. SILVA and E. COELHO, Acoustic Oceanographic Buoy testing during the Maritime Rapid Environmental Assessment 2003 sea trial'' in Proc. of ECUA'04, Delft, The Netherlands