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Scatterometer / Satellites / QuikSCAT / Oceansat-2 / Royal Netherlands Meteorological Institute / Wind / EUMETSAT / Accept / European Remote-Sensing Satellite / Spaceflight / Meteorology / Atmospheric sciences


Quality Control of Ku-band scatterometer winds
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Document Date: 2012-03-27 07:47:11

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File Size: 372,86 KB

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Company

Jet Propulsion Laboratory / /

Facility

Sea Ice OWDP OSCAT Wind Data Processor QC Quality Control RMS Root Mean Square / Numerical Weather Prediction Satellite Application Facility / /

IndustryTerm

near-real time / ambiguous wind solutions / level 2a product / satellite radiometer rain data / above described algorithm / wind solution / satellite travels / 2a conversion software / ambiguous wind vector solutions / wind products / wind product / level 2a products / rank wind solution / wind solutions / polar satellite / scatterometer wind processing / input product / level-2a product / software package / level 1b product / wind processing / /

NaturalFeature

Sea Ice SAF Technical Note SAF / /

Organization

QuikSCAT mission / Medium-Range Weather Forecasts EUMETSAT European Organisation for the Exploitation of Meteorological Satellites JPL Jet Propulsion Laboratory KNMI Royal Netherlands Meteorological Institute MLE Maximum Likelihood Estimator NOAA National Oceanic and Atmospheric Administration NWP Numerical Weather Prediction OSCAT Scatterometer / Indian Space Research Organisation / National Oceanic and Atmospheric Administration / Tropical Rainfall Measuring Mission / ASCAT Advanced SCATterometer ECMWF European Centre / /

Person

Anton Verhoef / /

ProgrammingLanguage

K / /

Technology

above described algorithm / Remote Sensing / Microwave / QC algorithms / ATM / 2010 Oceansat-2 Scatterometer algorithms / 2.1 SeaWinds QC method The Quality Control algorithm / QC algorithm / OSCAT The SeaWinds QC algorithm / KNMI QC algorithm / /

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