Task instruction generation method and device, equipment and storage medium

Abstract

The invention provides a task instruction generation method and device, equipment and a storage medium, and the method comprises the steps: carrying out the parameterization processing of task demand information inputted by a user, and obtaining a task demand parameter of a target task; based on the orbit parameter information of the remote sensing satellite, taking the task demand parameter as a task execution index of the target task, and predicting a task execution parameter needing to be configured when the remote sensing satellite executes the target task in the orbit operation process to obtain a prediction result; under the condition that task execution parameters are configured according to the prediction result and the target task is executed, obtaining external environment parameters when the remote sensing satellite executes the target task; if the external environment parameter meets the task execution condition of the target task, generating a task instruction of the target task according to the prediction result; and if the task instruction meets the instruction verification condition, sending the task instruction to the remote sensing satellite. Therefore, the task instruction can be automatically generated, and the generation efficiency of the task instruction and the accuracy of the generation result are improved.

Description

technical field [0001] The present application relates to the technical field of satellite measurement and control, and in particular, to a method, device, equipment and storage medium for generating mission instructions. Background technique [0002] Remote sensing satellites are satellites used for non-contact, long-distance detection of Earth's features. Remote sensing satellites can cover the entire earth or any area on the surface specified by users within a specified time. When running along the geosynchronous orbit, remote sensing satellites can continuously perform detection tasks on a designated area on the surface. Specifically, during the in-orbit operation of the remote sensing satellite, it needs to receive the detection task instruction sent by the ground command center, so as to perform the specified detection task on the target detection point within the specified time interval according to the detection task instruction. [0003] The current detection task ...

AI Technical Summary

Problems solved by technology

Although the existing methods for generating exploration mission instructions can rely on mature satellite application services to obtain the reference data needed to generate exploration mission instructions, such as: the above-mentioned satellite orbit data and various influencing factors; however, these satellite application services themselves It only has the functions of data acquisition and data calculation, and cannot be used to generate relevant exploration mission instructions. Therefore, in the existing detection mission instruction generation method, after using satellite application services to obtain relevant reference data, subsequent data transfer, Steps such as command generation and condition judgment still need to be completed manually, resulting in a large amount of manual processing and many manual participation links, resulting in low efficiency in the generation of detection task commands, and the accuracy of the generated results cannot be guaranteed.

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