Abstract: Provided are a real-time concurrent processing system and a method of telemetry data and simulated telemetry data. The real-time concurrent processing system includes a first operation unit connected with a satellite based on a configuration file, for receiving the telemetry data from the satellite and processing the telemetry data based on the configuration file; and second operation unit for processing the telemetry data received from the satellite based on the configuration file and processing simulated telemetry data received from a simulator based on the configuration file.

Abstract: Provided are an apparatus and a method for verifying a reception and execution status of telecommand in a satellite control system.

Abstract: Provided is a method for processing dump data packets in a low earth orbital (LEO) satellite. The method includes the steps of: a) extracting table identification (ID) information from a header of high-resolution camera (HRC) dump data transmitted from the LEO satellite; b) searching a HRC dump table from a HRC dump table list based on the extracted table ID information; c) extracting sequence information from the transmitted HRC dump data; d) completing and storing an complete table based on the sequence information searched in the HRC dump table and the extracted sequence information; and e) reading and displaying the HRC dump table upon request of an operator.

Abstract: Provided are a satellite controlling system having a function of distributing satellite state data based on a reception environment and a method thereof. The satellite controlling system distributes and transmits satellite state data transmitted from a satellite according to preference and authority of the user and the characteristics of a terminal registered by the receiver. The satellite controlling system includes: a satellite signal receiving unit, a data extracting unit, a data processing unit, a data distributing unit; a remote command transmitting unit and a flight dynamics and mission planning unit.

Abstract: A method for storing and retrieving telemetry which can reduce the size of a data storage tape and the time for retrieving data by overcoming the problems in a conventional satellite control system wherein all telemetry received from a satellite are stored without being subject to a filtering operation in a hard disk or memory of a computer for a predetermined time, and when needs arise for replaying previously stored data, a tape which stores required data is first located and mounted on a driver in order to load the required data. In accordance with the method of the present invention, data is filtered with respect to a variation of each telemetry. The data is stored step by step according to the period for which data should be stored. The data which should be stored for a long term is compressed and stored as an average value, maximum value, minimum value and variance of daily data. The generation and storage of long term data are offline processed.