Flight teaching management system

Abstract

The invention discloses a flight teaching management system, including a teaching management subsystem and an integrate playback and scoring subsystem. The teaching management subsystem comprises a curriculum design module which enables a teacher to conduct four-dimensional curriculum design, a teacher control module which enables the teacher to randomly select one or more students to set a temporary flight situation in the flight training process, a student management module which manages student information, curriculum information and teaching and training planes, and an asset management module which uniformly manages all equipment in a teaching platform. The integrate playback and scoring subsystem comprises a playback module and a scoring module. The playback module loads assigned data in a data record server database, and selects an assigned student for data playback after loading the data. The scoring module accesses to data of an assigned data form in a record database of a data record server and prints and displays the data in a graphical manner. The integrate playback and scoring subsystem achieves playback and scoring of pilot training correlated videos.

Description

technical field [0001] The invention relates to a flight teaching management system. Background technique [0002] At present, the skill teaching of pilots in the simulated flight training stage adopts a fully manual "flight instructor" flying mode, that is, each or each group of pilot students conducts simulated flight training under the leadership and supervision of a flight instructor, and the flight instructor Explain and teach their flying skills; and the correction of the students' skills is completed by the instructor after the simulated flight training is completed by playing back the "training process" and explaining it. [0003] In order to meet the quality of flight teaching, in the traditional flight teaching process, flight instructors (teachers) can only provide one-on-one professional guidance to pilots (students). [0004] In the current normal flight teaching process, flight instructors (teachers) use a one-to-many method to guide pilots (students), but fli...

AI Technical Summary

Problems solved by technology

[0004] In the current normal flight teaching process, flight instructors (teachers) use a one-to-many method to guide pilots (students), but flight instructors (teachers) cannot guarantee real-time guidance to each pilot (student), so pilots (Students) Problems in operation cannot be discovered and solved in time

[0005] The traditional instructor station software cannot automatically set the status of the flight simulator operated by the pilot (student) during the course, so the flight instructor (teacher) needs to spend energy on the instructor station control

[0006] Due to the above problems, the traditional flight teaching process scoring is subjective, and the scoring process and results are not detailed and accurate enough, so the lack of scoring for pilots (students) cannot reflect the actual problems in the operation process

Due to the lack of data support in the traditional flight teaching process, targeted training cannot be carried out quickly

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