Airborne electronic countermeasure visual simulation training system based on AR and AI

Abstract

The invention discloses an airborne electronic countermeasure visual simulation training system based on AR and AI. The system is used for acquiring the physical sign change and the training result ofa trainee according to airborne electronic countermeasure visual simulation training and adjusting the picture parameters of man-machine interaction according to the physical sign change. The systemcomprises a model construction module, a visual simulation module, a simulation training module, a man-machine interaction module, a parameter adjustment module, a data acquisition module, a processor, a database, a training analysis module, a training formulation module and an evaluation module. The simulation training system acquires a physical sign value TZi of the trainee by using a formula TZi= SA* J1+ SA* J2+ SB* J3, and the larger the physical sign value TZi is, the larger the change amplitude of the heart rate respiratory frequency Bi and the blood pressure Ci of the trainee is; and atraining result value Ki is obtained by using the formula, and the brightness, the resolution and the steering degree of a display unit in the man-machine interaction module are adjusted through the parameter adjusting module.

Description

technical field [0001] The present invention relates to the field of airborne electronic countermeasure visual simulation technology, in particular to an airborne electronic countermeasure visual simulation training system based on AR and AI. Background technique [0002] Airborne electronic countermeasure equipment is the main equipment for the aircraft to ensure its own safety. Under various complex combat conditions, the correctness and proficiency of the pilot's use of it will greatly affect the flight safety rate of the aircraft. Pilots must train more in peacetime to ensure correct use in wartime. However, in normal flight training, the electromagnetic environment is generally relatively simple and cannot simulate the real battlefield environment. It is difficult to have an electromagnetic environment similar to combat conditions. Pilots cannot conduct targeted training, which affects the training effect. Therefore, it is necessary to use ground simulation trainers to...

AI Technical Summary

Problems solved by technology

[0003] The existing airborne electronic countermeasure visual simulation training system cannot adjust according to the physical changes of the trainees and how to calculate the trainee's performance and select training items, so that the trainees can better adapt to the simulation training system and avoid the use of simulation The training system causes dizziness to appear

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