Institute of Meteorology / J. Szturc Institute of Meteorology / EUMETNET OPERA / OPERA Digital Information Model / National Research Institute / /
IndustryTerm
control algorithms / coordinate conversion algorithm / far-field sub-algorithm / nearfield sub-algorithm / liquid water product / multicell systems / output products / dedicated software / quality-based radar products / radar data processing / final products / weather radar network / weather radar networking / near-field sub-algorithm / described products / above products / given product / plan position indicator products / proposed quality-based algorithm / data processing / reflectivity product / non-standard product / above-listed standard products / radar site / meteorological services / radar software works / radar products / user-expected radar-based products / quality-based products / i.e. particular algorithms / sub-algorithm / data quality algorithms / hydrological systems / correction algorithms / dedicated radar product / input products / higher-level product / correction algorithm / /
MarketIndex
QIX / QIPPI / /
Organization
European Geosciences Union / J. Szturc Institute of Meteorology and Water Management / National Research Institute / Institute of Meteorology and Water Management / EUMETNET OPERA / United Nations / /
Person
Daniel Michelson / /
Technology
3-D / proposed quality-based algorithm / Quality control algorithms / Cartesian coordinate conversion algorithm / near-field sub-algorithm / Wi-Fi / so called nearfield sub-algorithm / far-field sub-algorithm / i.e. particular algorithms / 2015 The algorithm / fuzzy logic / 2.3 RADVOL-QC algorithms / data quality algorithms / following algorithms / correction algorithm / flash / correction algorithms / /
Atmos. Meas. Tech., 8, 2173–2181, 2015 www.atmos-meas-tech.netdoi:amt © Author(sCC Attribution 3.0 License. Quality-based generation of weather radar Cartesian products