The present invention provides a remote command confirmation method that guarantees reliability of satellite control, safety of satellite and durability of life by additionally performing semantic check of the command to be transmitted in consideration of the current satellite state before transmitting the command to the satellite. The purpose of the present invention is to provide a satellite simulation processor (1) that simulates satellites in order to achieve this, a real-time processor (2) for receiving and transmitting remote commands and control data from satellites, and satellites. A flight dynamics processor (3) for generating satellite control data through processing and analysis of flight dynamics data, a remote command generation / execution processor (4) for generating and processing remote commands, and a satellite to graphically display the state of satellites The current state of the satellite during the generation and transmission of the remote command to the control system having a state output processor (5). Using the emitter by applying a logical formula was undercoating Luck performs processing to check the validity of the command to be transmitted.;Accordingly, the present invention can transmit a more reliable command by considering current satellite state information in the existing remote command transmission method, and reduce an additional process for recovering an abnormal state to be generated when an abnormal command is performed. As a result, by effectively utilizing the resources of the satellite, it has the effect of improving the safety of the satellite, maintaining its performance and preventing the shortening of satellite life.
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