Abstract:
A drone swarm control method is provided. The drone swarm control method includes displaying a drone swarm and a three-dimensional (3D) terrain projected onto a virtual reality (VR) space by using a VR headset, based on user manipulation, selecting a small-scale drone swarm, provided in a region of interest (ROI) set in the 3D terrain, from the drone swarm by using a VR controller, based on the user manipulation, and dividing, by using a server, the ROI into a plurality of cells, respectively allocating the divided plurality of cells to drones included in the small-scale drone swarm, and automatically generating a 3D flight path of a drone allocated to each of the divided plurality of cells, based on user input information representing the small-scale drone swarm and the ROI.
Abstract:
An apparatus and a method for transmitting a telecommand to a satellite are disclosed, wherein the satellite telecommand transmitting apparatus may include a transmitter to obtain a telecommand from a transmission command list and transmit the obtained telecommand to a satellite, a verifier to verify whether transmission of the telecommand is successful, and a processor to generate a retransmission telecommand with respect to the telecommand by referring to retransmission information on each telecommand stored in a database and prepare a retransmission command list including the generated retransmission telecommand, when a result of the verifying indicates a failure to transmit the telecommand.
Abstract:
An apparatus and a method for automatically managing a satellite broadcasting service are disclosed. The apparatus may include a rain attenuation information collection unit to measure weather information and a satellite broadcast signal and to collect and provide satellite broadcast signal quality information corresponding to rain attenuation, a rain attenuation analysis unit to analyze rain attenuation information collected by region and to verify a rain attenuation level, a satellite broadcast transmission signal plan unit to generate a satellite broadcast signal change plan to change a satellite broadcast transmission signal by region based on the verified rain attenuation level, and a satellite broadcast transmission signal controller to transmit a signal change instruction to a satellite ground station for the satellite broadcast transmission signal to be changed based on the generated satellite broadcast signal change plan.