Aerial Navigation and Geo-Fencing for Medical Intervention

Abstract:

The present invention relates to an unmanned aerial vehicle (UAV) path optimization system including a processor-based controller unit in operative communication with one or more sensors adapted to acquire one or more UAV data and/or one or more UAV environment data, a processor-based transceiver unit in operative communication with the controller unit, and machine-readable instructions for the controller unit, the instructions being adapted to determine an optimal UAV path of travel, the instructions including analyzing the one or more UAV data and/or the one or more UAV environment data, determining one or more UAV paths of travel based on the one or more UAV data and the one or more UAV environment data by means of a machine learning model, receiving an optimal UAV path of travel information from the machine learning model, and directing the UAV to execute the optimal UAV path of travel.