Decision decomposition method for writing digital aircraft source codes by artificial intelligence programmer

Abstract

The invention provides a decision decomposition method for writing digital aircraft source codes by an artificial intelligence programmer. The method comprises the following steps of establishing a standardized description of a digital aircraft; based on the standardized description of the digital aircraft, splitting the digital aircraft, a digital aircraft simulation structure and a digital aircraft writing structure by adopting a dimension decomposition method to obtain a decision splitting set of the digital aircraft; and according to the decision splitting set of the digital aircraft, determining a decision selection method, and finishing the writing of the digital aircraft source codes. According to the decision decomposition method for writing the digital aircraft source codes by theartificial intelligence programmer, provided by the invention, writing logic of the digital aircraft is decomposed, and the writing work of the digital aircraft source codes is finished by adopting different artificial intelligence decision methods according to different writing logic, so that the shortcomings of long development cycle, large repeated development workload and high learning cost of existing various simulation systems are overcome.

Description

technical field [0001] The present invention relates to the technical field of source code intelligent writing decision decomposition, and more specifically relates to a decision decomposition method for artificial intelligence programmers to write digital aircraft source code. Background technique [0002] Due to the limited design and manufacturing cycle and cost, it is unrealistic to manufacture a real object for flight verification for each aircraft design scheme or control method. Digital simulation provides a high-precision simulation verification method for aircraft design schemes or control methods. [0003] The existing method is generally to organize a large number of people to write, compile and debug the source code of the aircraft simulation system for a long time for each aircraft of the same model, and finally develop a set of digital aircraft. Different types and models of aircraft and different developers lead to different composition, structure and source c...

AI Technical Summary

Problems solved by technology

[0007] In view of this, the present invention provides a decision-making decomposition method for artificial intelligence programmers to write digital aircraft source codes. The method decomposes the writing logic of digital aircraft source codes, and uses different artificial intelligence decision-making methods to complete digital The writing of aircraft source code overcomes the shortcomings of long development cycle, heavy repetitive development workload and high learning cost of existing various simulation systems

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