Add to ORKGMitigation of anomalous propagation clutter (AP) is an ongoing problem in radar meteorology. AP clutter routinely contaminates radar data masking weather returns causing poor data quality. The problem i
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
Severe superrefractive anomalous propagation conditions have a well known effect of increasing and i...
Mitigation of anomalous propagation clutter (AP) is an ongoing problem in radar meteorology. AP clut...
Scheme is the elimination of ground clutter echoes that occur during anomalous propagation (AP) cond...
In this chapter our objective is to provide an overview of the effects of anomalous propagation cond...
Contamination of weather radar echoes by anomalous propagation (anaprop) mechanisms remains a seriou...
Radar backscatter from the ground can contaminate weather signals, often resulting in severely biase...
Abstract—Phased array radars (PARs) are attractive in weather surveillance primarily because of thei...
The goal of the AP Ground Clutter Mitigation Scheme is the elimination of ground clutter echoes that...
Phased array radars are attractive for weather surveillance primarily because of their capacity for ...
Radar backscatter from the ground can contaminate weather signals, often resulting in severely biase...
A large part of the research in the radar meteorology is devoted to the evaluation of the radar data...
Many reduced dimension STAP algorithms have been developed for airborne radar applications which rel...
The production of Radar Quantitative Precipitation Estimates (QPE) requires processing the observati...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
Severe superrefractive anomalous propagation conditions have a well known effect of increasing and i...
Mitigation of anomalous propagation clutter (AP) is an ongoing problem in radar meteorology. AP clut...
Scheme is the elimination of ground clutter echoes that occur during anomalous propagation (AP) cond...
In this chapter our objective is to provide an overview of the effects of anomalous propagation cond...
Contamination of weather radar echoes by anomalous propagation (anaprop) mechanisms remains a seriou...
Radar backscatter from the ground can contaminate weather signals, often resulting in severely biase...
Abstract—Phased array radars (PARs) are attractive in weather surveillance primarily because of thei...
The goal of the AP Ground Clutter Mitigation Scheme is the elimination of ground clutter echoes that...
Phased array radars are attractive for weather surveillance primarily because of their capacity for ...
Radar backscatter from the ground can contaminate weather signals, often resulting in severely biase...
A large part of the research in the radar meteorology is devoted to the evaluation of the radar data...
Many reduced dimension STAP algorithms have been developed for airborne radar applications which rel...
The production of Radar Quantitative Precipitation Estimates (QPE) requires processing the observati...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
Severe superrefractive anomalous propagation conditions have a well known effect of increasing and i...