Unmanned Aerial Vehicle Control System and Method

Technology for automatically controlling unmanned aerial vehicles by switching between GPS and video analysis

This technology relates to unmanned aerial vehicle control systems and methods. Specifically, it is a technology that automatically controls unmanned aerial vehicles by switching between GPS and video analysis.

Existing technologies faced the challenge of controlling unmanned aerial vehicles without a dedicated pilot, particularly in areas with weak GPS reception, while also needing to automatically track users and avoid obstacles in the flight path. To overcome this, the present technology proposes a configuration comprising a mobile terminal that controls the UAV's flight using GPS location information, and a camera-equipped UAV that analyzes images to control flight based on user movement.

Accordingly, this technology improves the control of unmanned aerial vehicles by automatically tracking users and avoiding obstacles in the flight path, thereby enhancing user experience and safety in various applications. It offers significant value for use in the aerospace, robotics, and automation fields.

Key Features

• Implements technology that automatically controls unmanned aerial vehicles by switching between GPS and video analysis
• Switches between GPS-based control and video analysis-based control as needed
• Improves unmanned aerial vehicle control by automatically tracking users and avoiding obstacles in the flight path, enhancing user experience and safety in various applications
• Applicable for advancing products and services in the aerospace, robotics, and automation fields

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