5G MEC FULLY-AUTOMATED UNMANNED DRONE SYSTEM AMD METHOD FOR TRANSCEIVING DATA BY USING 5 GENERATION AND MULTI-ACCESS EDGE COMPUTING

摘要

The present invention relates to a fully automatic unmanned drone system and method for transmitting and receiving data using 5G and MEC. To this end, a fully automatic unmanned drone system for transmitting and receiving data according to an embodiment of the present invention includes a drone station that accommodates, charges and manages a drone, and a safety state and charging of the drone station through real-time data communication with the drone station. It may include a server that monitors the status in real time and stores and manages the flight record of the drone. In addition, the drone station performs a visualization infrastructure process by analyzing a transceiver for receiving the image data obtained from the drone, and a deep learning algorithm, and the received image data, and based on the user's request data. and an analysis unit configured to process the analyzed data to be provided and transmit the processed data to the server. Accordingly, according to the present invention, image data transmitted by the drone station to the server can be transmitted without delay or interruption.