Satellite remote control method, device and equipment based on Xstate and storage medium

Abstract

The invention relates to a satellite remote control method and device based on Xstate, equipment and a storage medium. The method comprises the steps of obtaining a remote control task of a satellite, wherein the remote control task is described through a state machine, the remote control task comprises a plurality of states, and the states comprise a command to be remotely controlled, interpretation logic of received data and a conversion target of the states; and translating the format of the remote control task into the data type of the Xstate, and executing the Xstate task obtained after translation so as to realize the automatic remote control operation of the satellite. According to the method, remote control tasks of satellites are described through a state machine, instruction sending of the satellites, control of observation stations and interpretation of received data (telemetering data of the satellites and the states of the observation stations) are automatically achieved by operating the state machine, and automation of satellite remote control operation is achieved. Moreover, an operator on duty can understand, compile and change a remote control task more easily by adopting the state machine, and the realization of satellite remote control operation automation is simplified, so that the management cost of satellite in-orbit operation is reduced.

Description

technical field [0001] The present application relates to the field of satellite remote control processing, in particular to an Xstate-based satellite remote control method, device, equipment and storage medium. Background technique [0002] Satellite remote control operation refers to the process that the measurement, operation and control center located on the ground performs a series of tasks of sending remote control commands according to the monitoring status of satellites and stations. Usually, the remote control command of the above-mentioned satellite needs the on-duty personnel to confirm the execution result, for example, after the remote control command is sent, manually confirm whether the command is normally received by the satellite according to the order process log. In addition, the execution of instructions often needs to be compared and judged based on the results of telemetry. A remote control task may include the sending and execution of several instructi...

AI Technical Summary

Problems solved by technology

Moreover, the execution of instructions often needs to be compared and judged according to the results of telemetry. A remote control task may include the sending and execution of several instructions. The on-duty personnel need to keep an eye on the telemetry data and issue corresponding instructions in time. The remote control process is tense and monotonous.

Images