Add to ORKGThis paper presents a robust algorithm for clutter modelling based on the radar equation, radar characteristics and digital elevation data. Optimization methods from adaptive signal processing theory were used to calculate the weights of an adaptive linear combiner representing the radar system for clutter modelling. Modelled clutter showed an acceptable precision demanded by applications on meteorology and hydrology for radar rainfall estimations
The ability of radar to probe large volumes of the atmosphere at high resolution, providing real-tim...
International audienceA technique has been developed to provide an estimate of the rainfall reaching...
Modern military acquisition and tracking RADARs are required to operate against aircraft and missile...
The production of Radar Quantitative Precipitation Estimates (QPE) requires processing the observati...
International audienceThe estimation of rainfall rate and other parameters from radar scattering vol...
The removal of coexisting land and weather clutter signals is a common problem in many radar applica...
International audienceA large part of the research in the radar meteorology is devoted to the evalua...
International audienceA method to estimate rainfall from radar data for post-event analysis of flash...
Quantitative precipitation estimation and rainfall monitoring based on meteorological data, potentia...
Abstract. Clutter rejection is among the most important is-sues in radar signal processing, for whic...
A radar structured algorithm system (radar SAS) has been set up and assessed by the FLOODsite Task 1...
Weather observation is becoming more important than ever because extreme weather, such as tropical c...
This paper presents a novel technique to monitor continuously the azimuthal pointing accuracy of a w...
This paper reviews the geosynchronous synthetic aperture radar (GeoSAR) literature and highlights a ...
Scheme is the elimination of ground clutter echoes that occur during anomalous propagation (AP) cond...
The ability of radar to probe large volumes of the atmosphere at high resolution, providing real-tim...
International audienceA technique has been developed to provide an estimate of the rainfall reaching...
Modern military acquisition and tracking RADARs are required to operate against aircraft and missile...
The production of Radar Quantitative Precipitation Estimates (QPE) requires processing the observati...
International audienceThe estimation of rainfall rate and other parameters from radar scattering vol...
The removal of coexisting land and weather clutter signals is a common problem in many radar applica...
International audienceA large part of the research in the radar meteorology is devoted to the evalua...
International audienceA method to estimate rainfall from radar data for post-event analysis of flash...
Quantitative precipitation estimation and rainfall monitoring based on meteorological data, potentia...
Abstract. Clutter rejection is among the most important is-sues in radar signal processing, for whic...
A radar structured algorithm system (radar SAS) has been set up and assessed by the FLOODsite Task 1...
Weather observation is becoming more important than ever because extreme weather, such as tropical c...
This paper presents a novel technique to monitor continuously the azimuthal pointing accuracy of a w...
This paper reviews the geosynchronous synthetic aperture radar (GeoSAR) literature and highlights a ...
Scheme is the elimination of ground clutter echoes that occur during anomalous propagation (AP) cond...
The ability of radar to probe large volumes of the atmosphere at high resolution, providing real-tim...
International audienceA technique has been developed to provide an estimate of the rainfall reaching...
Modern military acquisition and tracking RADARs are required to operate against aircraft and missile...