Based on Intelligent Attack and Defense Command Technology System for Multi-Rotor TiltingVertical Takeoff and Landing Swarm UAVs

this thesis, entitled “Based on Intelligent Attack and Defense Command Technology System for Vertical Takeoff and Landing Swarm UAVs,” aims to improve the defense capability and agility of UAVs in low-altitude airspace by realizing the remote surveillance capability of vertical takeoff and landing swarm UAVs. Its implementation will lead to a reduction in the risk of casualties among soldiers. The research resulted in the “VTOL Swarm Drone” remote intelligent command system. This system uses artificial intelligence technology to connect swarms of drones via 2.4GHz wireless networks, enabling remote control for autonomous attack, defense and flight. Otherwise, this system calculates the latitude, longitude and altitude positions of targets and deploys the swarm of drones to execute combat orders in various situations. The system ensures continuous monitoring of the enemy situation on the battlefield. Monitor the enemy’s changing battlefield situation and command VTOL drone swarms to attack or defend. In the future, global unmanned vehicle technology will move toward the mobility of “swarm tactics”.