Optimization analysis method of test flight task for flight simulator data packet development

Abstract

The invention discloses an optimization analysis method for a test flight task for flight simulator data packet development. The optimization combination analysis method comprises the steps: selectingmultiple test flight content elements needing to be compared; comparing and analyzing the similarity of various test flight content elements in the first type of test flight tasks and the second typeof test flight tasks; performing calculating to obtain the total similarity of the tasks so as to determine the priority degree of optimally combining the test flight tasks; and for the test flight task pair, determining a combination mode suitable for the test flight task pair according to the similarity of each test flight content element. According to the optimization analysis method of the test flight task for flight simulator data packet development, a potential combination object of the test flight task can be helped to be found, and a proper optimization combination mode of the test flight task is selected, so that the required test flight sortie and test flight resources are reduced, the test flight cost is reduced, and the test flight progress is accelerated.

Description

technical field [0001] The present invention relates to the system development work of aircraft in the aviation field and the data packet development work of flight simulators, and also relates to the arrangement of flight test tasks required for these aspects, and in particular to a system for the flight test task development of flight simulator data packets Optimize analysis methods. Background technique [0002] As an important part of the flight simulator data package, the flight test data in the flight simulator data package mainly covers the performance and stability flight test data, system characteristic flight test data, etc. of the aircraft simulated by the flight simulator. These flight test data need to be applied to The design, testing, verification, and identification of flight simulators are the data support and basis for the modeling, verification, and identification of various systems in the flight simulator, and are an important input and important componen...

AI Technical Summary

Problems solved by technology

[0009] The technical problem to be solved by the present invention is to overcome the need to perform flight test tasks separately for the aircraft system development and flight simulator data package development in the prior art, and some existing improvement efforts cannot significantly reduce the required test flight sorties and test flight resources. , so the required flight test resources and costs are too high, and the development progress is easy to be slowed down. A new optimization analysis method for flight test tasks used in flight simulator data package development is proposed

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