An automatic remote sensing instruction generation and verification method

Abstract

An automatic remote sensing instruction generation and verification method includes (1) establishing rules of remote-sensing instrument sending links of remote-sensing satellites, (2) establishing a satellite positive instruction template library, (3) establishing an instrument template library rule sequence library, (4) determining working items corresponding to the exploration plan and the basic operation unit of each working item, (5) generating complete instruction sequence blocks capable of being executed by the satellites, (6) analyzing the basic operation units, judging whether or not execution steps and interval times of the basic operation units of the instruction sequence blocks meet restriction requirements of a satellite reverse instruction parameter option template library, if not, then manually checking and modifying the exploration plan inputted by users and the established instruction template rule sequence library, and executing again from the step (4), otherwise, storing the instruction sequence blocks according with the restriction conditions, and sending the instruction sequence blocks to a satellite instruction unloading center according to the rules of the rules of the remote-sensing instruction sending links to further upload to the satellite.

Description

technical field [0001] The invention belongs to a remote sensing satellite measurement and control method, in particular to a measurement and control command generation and automatic reverse compilation and comparison method based on satellite payload use constraints and rules. Background technique [0002] In recent years, remote sensing satellites have played an increasingly important role in national construction, and users at all levels have more and more frequent demands on remote sensing satellites for routine and emergency services. This also puts forward high requirements for remote sensing satellite payload management. Accurate preparation of satellite commands has become a key link in the construction of ground systems. [0003] Usually, the management method for the payload is to formulate the working characteristics of the satellite, manage the collection needs of users in an integrated way, formulate specific instructions to make reasonable use of satellite reso...

AI Technical Summary

Problems solved by technology

When the number of satellites, tasks or constraints is large, it is difficult to guarantee the reliability of payload control. Therefore, multi-level inspection of command syntax and semantics, command inversion, dual-machine comparison, and multi-type and multi-frequency docking tests are generally used. , requires the command operator to have a deeper understanding of the various indicators of the satellite, and conduct a comprehensive comparison work manually. This form is often time-consuming and laborious, and the efficiency of research and development and operation control is not high.

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