Flight plan data processing method and device

Abstract

The embodiment of the invention discloses a flight plan data processing method and device. A system acquires flight data of a flight plan in jurisdiction airspace, the system receives an application for undetermined figure flight operation, and the system carries out corresponding aerospace deployment on the application for the undetermined figure flight operation according to the deployment rule, the flight data of the flight plan in the jurisdiction airspace, the flight data of the undetermined figure flight operation and the data feature of the undetermined figure flight operation. Therefore, the system can comprehensively know the use condition of the jurisdiction airspace by acquiring the flight data of the flight plan in the jurisdiction airspace, when the application for any undetermined flight operation is received, the computer system can automatically carry out the corresponding aerospace deployment on the application for the undetermined figure flight operation fast and effectively, human influence in the aerospace deployment is removed, and therefore deployment efficiency and precision on the figure flight operation are improved.

Description

technical field [0001] The invention relates to the field of artificial weather modification, in particular to a flight plan data processing method and device. Background technique [0002] Human shadow is the abbreviation of artificial weather modification. Artificial weather modification mainly refers to the rational use of climate resources to artificially affect the physical and chemical processes of the local atmosphere through scientific and technological means under appropriate conditions, so as to achieve precipitation enhancement, hail prevention, rain elimination, and Activities for purposes such as fog and frost protection. [0003] In many cases, flying equipment is required to perform weather modification tasks to perform shadow flight operations. The shadow flight operation is a type of general aviation flight, and the catalyst can be spread by flying to a predetermined weather modification area by manipulating the flight equipment etc., in order to achieve th...

AI Technical Summary

Problems solved by technology

However, the flight data of the shadow flight operation has the characteristics of complex data characteristics, such as continuous flight across multiple altitudes after reaching the operating airspace, and the airspace after the shadow flight operation may have sudden changes in weather, etc.

When faced with this kind of complex data in the airspace application for shadow flight operations, many aspects need to be considered. Manual alone cannot fully process the flight data of the shadow flight operation, and cannot accurately and effectively carry out airspace allocation.

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