Managed spacecraft task management system and management method

Abstract

The invention provides a managed spacecraft task management system, which comprises a task template base, a hotspot region base, a managed rule base and a managed rule interpretation module, wherein the task template base stores the use configuration of loads under different conditions, the hotspot region base stores the sub-satellite point range of the load boosting work, the managed rule base stores managed rules required by a spacecraft for automatic rule generation, the managed rule interpretation module generates new tasks according to the information of three bases including the task template base, the hotspot region base and the managed rule base and inserts the new tasks into a task queue, the task interpretation module deletes excessive tasks according to task priority and resource limiting conditions, then, the tasks are decomposed into instruction sequences to be inserted into an instruction queue, and finally, the instructions are executed and output. Meanwhile, the invention also provides a management method. The system and the method provided by the invention solve the problems that the ground control remote injection number of the complicated spacecraft is great, and the operation and task generation workload of ground control personnel is great. The spacecraft automatically generates the tasks and the instructions in an in-orbit way according to the information of the three bases including the managed rule base, the task template base and the hotspot region base.

Description

technical field [0001] The invention relates to the technical field of satellite load design, in particular to a managed spacecraft task management system and a management method. Background technique [0002] With the development of the aerospace industry, the number of satellites launched in orbit is increasing, and the design of satellite loads is becoming more and more complex. Satellite user units need to consume more and more human resources for satellite mission planning. Moreover, there is little innovation in the preparation of these mission plans, and there are few changes in the preparation of missions for meteorological satellites and resource census satellites. For these artificially generated tasks, the ground measurement and control system must coordinate ground uplink resources to send remote control data to satellites every day, which also consumes a lot of manpower and material resources. For military satellites, this over-reliance on ground operation and...

AI Technical Summary

Problems solved by technology

When there is a temporary task arrangement, the number of bets for the task is large, and the bet generation is complicated

[0008] At present, th

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