Design of a Flight Control Training System Under the Integration of Virtual Reality and Augmented Reality
Addressing the issues of poor interactivity and limited scenarios in traditional flight training systems,a flight control training system based on the fusion of VR and AR has been designed.The study employs SLAM spatial positioning technology to achieve precise integration of virtual and real scenarios,utilizes a multi-sensor data acquisition system to obtain pilots'physiological parameters,and constructs a cognitive load assessment model based on an improved LSTM network.Test results indicate that the system's spatial positioning accuracy reaches 0.1 mm,display latency as low as 3.8 ms,the system's spatial resolution has reached 92％of its theoretical limit.In routine simulated flight training,pilots'operation accuracy improves by 15.4％,and decision-making time is reduced by 33.3％.This system breaks through the limitations of traditional training modes,providing an efficient and reliable technical solution for pilot training.
Virtual realityAugmented realitySLAM positioningCognitive loadFlight training
万方数据
维普
