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Physics / Anti-submarine warfare / Sonar / Sonobuoy / Magnetic declination / Compass / Magnetic deviation / Force / Water / Navigation / Angle / Geomagnetism


SC/65b/SH08 Accuracy and precision of DIFAR localisation systems: Calibrations and comparative measurements from three SORP voyages BRIAN S. MILLER1, JASON GEDAMKE2, SUSANNAH CALDERAN1, KYM COLLINS1, CATRIONA JOHNSON1,
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Document Date: 2014-06-04 22:12:52


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City

Kingston / Dunedin / /

Company

Otago University Marine Mammal Laboratory / Southern Ocean Research Partnership / kHz / /

Country

France / United States / Australia / New Zealand / /

/

Facility

University of Otago / University of La Rochelle / Murdoch University / /

IndustryTerm

passive acoustic monitoring systems / past tracking systems / signal processing circuitry filters / signal processing methods / carrier tones / operator using additional software / signal processing circuitry / passive acoustic software / localisation systems / carrier tone / post-processing / sonobuoy localisation systems / analysis software / real-time operations / sonobuoy-based localisation systems / electronic systems / signal-processing / /

NaturalFeature

Bass Strait / /

Organization

University of Otago / Otago University / Murdoch University / Perth / Australian Antarctic Division / University of La Rochelle / National Oceanic and Atmospheric Administration / Australian Marine Mammal Centre / Murdoch University Cetacean Research Unit / NOAA Fisheries office of Science & Technology / /

Person

Simon Childerhouse / Sarah Laverick / Silver Spring / Chris Donald / Rob Slade / Mark McDonald / Natalie Kelly / /

Position

Governor / voyage leader / /

ProgrammingLanguage

D / /

ProvinceOrState

Tasmania / /

Region

Antarctic / /

Technology

GPS / /

SocialTag