Reduction of false positive detections of gravitational natural hazards in radar data
AssigneeGeopraevent AG
InventorMartin HAHNER
Life of this patent
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AssigneeGeopraevent AG
InventorMartin HAHNER
Estimating the term…
A computer-implemented method for detecting gravitational natural hazards, the method comprising: continuously receiving radar data in real time; continuously monitoring the radar data using a detection algorithm, to detect an indication for a gravitational natural hazard event in the radar data; and, if an indication for a gravitational natural hazard event has been detected, initiating an action in real time, wherein: upon detection of an indication for a gravitational natural hazard event, a trained neural network evaluates radar data that has been accumulated for at least a defined period of time; the trained neural network confirms or refutes the gravitational natural hazard event based on the evaluation; and if the gravitational natural hazard event has been refuted, the initiated action is automatically revised.
A computer-implemented method for detecting gravitational natural hazards, the method comprising:
A system for detecting gravitational natural hazards, the system comprising a computing unit, the computing unit:
Dependencies are inferred from the claim text.