Intelligent optimization Research of the Washout Algorithm for Flight Simulators

Jingyi Wang, Zhengping Li, Lijun Wang, Shujun Guo
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Abstract

The simulation fidelity of the flight simulator is affected by the pros and cons of the washout algorithm. Using the classical washout algorithm with fast feedback, simple structure, and easy adjustment, it is found that the choice of parameters directly impacts the perceived fidelity. ensure Based on the research on the problem of insufficient simulation effect caused by parameter selection, the author decided to analyze the perception error of the human vestibular system and combine it with the limitations of the flight simulator. Then, the intelligent optimization method combining genetic algorithm and particle swarm optimization is used to find the optimal filter parameters and carry out simulation analysis. The results show that the classical washout algorithm with optimized parameters can effectively use the platform space to reduce perceptual error and improve simulation fidelity.
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飞行模拟器洗出算法的智能优化研究
冲蚀算法的优劣影响着飞行模拟器的仿真保真度。采用反馈快、结构简单、易调整的经典洗净算法,发现参数的选择直接影响感知保真度。在对参数选择导致的仿真效果不足问题进行研究的基础上,笔者决定对人体前庭系统的感知误差进行分析,并将其与飞行模拟器的局限性相结合。然后,采用遗传算法和粒子群算法相结合的智能优化方法寻找最优滤波器参数并进行仿真分析。结果表明,经参数优化的经典洗净算法能有效利用平台空间,减小感知误差,提高仿真保真度。
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