Unmanned aerial vehicle monitoring system based on ad hoc network relay and GSM communication

Abstract

The invention discloses an unmanned aerial vehicle (UAV) monitoring system based on ad hoc network relay and GSM communication. The system includes a monitoring management center, a UAV monitoring sky terminal, a UAV monitoring ground terminal, and a UAV monitoring sky mobile phone client. By combining an ad hoc network and GSM network communication, the scope of UAV real-time monitoring is expanded greatly. The UAV monitoring system of the invention receives civil aviation ADS-B information, and guides the driver to avoid relevant airspace to ensure the safety of aviation operation. The UAV monitoring system receives airspace restriction information and weather information to ensure the safety of UAV operation. The UAV monitoring system can authenticate a UAV and the driver thereof to ensure that the driver matches the UAV. The UAV monitoring system can record the flight track which is used as a data black box for later analysis. The monitoring management center of the UAV monitoring system can curb dangerous behaviors of UAV drivers.

Description

technical field [0001] The invention relates to the field of unmanned aerial vehicle monitoring systems, in particular to an unmanned aerial vehicle monitoring system based on ad hoc network and GSM communication. Background technique [0002] With the rapid development and progress of UAV technology in recent years, the civilian UAV market in my country has shown a booming trend. It is mainly used in aerial photography, aerial survey, artificial rainfall, agricultural operations and surveillance, remote sensing prospecting, forest fire prevention, meteorological detection and Surveillance, coast and border patrol, security and monitoring, emergency rescue, flying clubs, emergency disaster reduction, police monitoring, etc., have penetrated into all fields of the national economy. However, due to the various ways of take-off and recovery of UAVs, their flexibility and small size, it is very difficult to supervise UAVs. In addition, most drone users do not go through any flig...

AI Technical Summary

Problems solved by technology

However, due to the various ways of take-off and recovery of UAVs, their maneuverability and usually small individuals, it is very difficult to supervise UAVs

In addition, most drone users do not go through any flight approval procedures, or fly in violation of airspace management regulations, posing a serious threat to aviation safety

Images