| Document Date: 2010-01-08 07:00:50
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Facility University of New Brunswick / / IndustryTerm acoustic energy / travel times / bottom detection algorithms / transmit-receive beam pattern product / bottom detection algorithm / commercially-available products / projected beam pattern product / energy / shallow water systems / / Organization University of New Brunswick / / Person Figure / J.E. Hughes Clarke / / Position topographic model / offshore engineer / representative / engineer / / ProvinceOrState New Brunswick / / Technology specific bottom detection algorithms / simulation / bottom detection algorithm / /
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The effect of fine scale seabed morphology and texture on the fidelity of SWATH bathymetric sounding data Dr. J.E. Hughes Clarke (Ocean Mapping Group, University of New Brunswick) Abstract Swath bathymetric sonars are ca