| Document Date: 2011-04-07 14:08:09
Open Document File Size: 1,70 MBShare Result on Facebook
City Halifax / Dartmouth / / Company NS 4 Natural Resources / CHS / Rolls-Royce Naval Undersea Systems / / Country Canada / / Facility Bedford Institute of Oceanography / / IndustryTerm oil and gas industry / multibeam systems / backscatter processing / chirp sonar systems / test site / sonar systems / acoustic backscatter processing / post-processing backscatter classification methods / marine acoustic technologies / possible solutions / acoustic ground discrimination systems / range-range technology / oil / in-situ groundtruthing technology / in-situ ground-truthing technology / oil and gas reserves / / NaturalFeature Oceans Canada / Gulf of Maine / / Organization Royal Australian Navy / Bedford Institute of Oceanography / / Person Mike Lamplugh / Ellen Kenchington / Alain Vezina / Stephen Parsons / Chris LeBlanc / Herman Varma / Peter Lawton / Stephen Smith / / Position interpreter / / ProvinceOrState Maine / Nova Scotia / / PublishedMedium the Geocoder post / / Technology in-situ ground-truthing technology / Cone Penetrometer / range-range technology / GPS / in-situ groundtruthing technology / marine acoustic technologies / /
SocialTag |
Using multibeam angular range analysis coupled with “underway” in-situ ground-truthing technology for benthic habitat mapping Derrick R. Peyton1, Craig J. Brown2, Glen King3, Gerard Costello3,, Patrick Potter4 1 Rol