DocumentCode
2963213
Title
MORSE: Mesoscale Ocean Radar Signature Experiments
Author
Connan, G. ; Brennan, P. ; Griffiths, H.D. ; Bridge, Wood ; Leviandier, L. ; Alpers, W. ; Garello, R. ; Barthelemy, E. ; Renouard, D. ; Thomas, J.O. ; Edwards, A.C.
Author_Institution
Univ. Coll. London, UK
fYear
1997
fDate
23-25 Jun 1997
Firstpage
227
Lastpage
232
Abstract
Describes work performed within the MORSE project as part of the EC MAST-III programme. Oceanic internal wave mechanisms and effects are being studied by the Institut für Meereskunde and will be the basis for analysis of SAR images at ENSTB. The understanding of radar signatures requires the development by UCL of a laboratory W-band SAR using the FMCW technique. Oxford Computer Services Ltd. will develop three software packages involving ocean parameter extraction, ocean surface modelling and the radar signature “inversion” problem. These packages are aimed at providing tools for those in the marine education, coastal engineering, marine technical services and oceanographic sciences. The ultra high resolution radar is to be used in a set of experiments in LEGI, in Grenoble, France, first in a flume, and then in a wave tank in which scaled versions of particular internal wave phenomena can be set-up under laboratory conditions. This paper focusses on the development of this radar
Keywords
synthetic aperture radar; ENSTB; FMCW technique; Institut fur Meereskunde; MAST-III programme; MORSE project; Mesoscale Ocean Radar Signature Experiments; SAR images; W-band SAR; coastal engineering; internal wave phenomena; marine education; marine technical services; ocean parameter extraction; ocean surface modelling; oceanic internal wave mechanisms; oceanographic sciences; radar signature inversion problem; software packages; ultra high resolution radar;
fLanguage
English
Publisher
iet
Conference_Titel
Electronic Engineering in Oceanography, 1997. Technology Transfer from Research to Industry., Seventh International Conference on
Conference_Location
Southampton
ISSN
0537-9989
Print_ISBN
0-85296-689-X
Type
conf
DOI
10.1049/cp:19970689
Filename
612676
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