飞行仿真系统虚拟仪表关键技术探究  

Research on Key Technologies for Virtual Instrument in Flight Simulation System

作　　者：闵方辰 MIN Fangchen

机构地区：[1]国网武汉供电公司变电检修分公司,武汉430050

出　　处：《科技创新与应用》2024年第33期13-16,共4页Technology Innovation and Application

摘　　要：该文研究基于增强现实(AR)技术和图形渲染技术的飞行仿真虚拟仪表系统。利用实时光线追踪技术和高精度图像渲染算法,显著提升虚拟仪表的视觉真实感。结合AR技术,飞行员能够在仿真环境中实时获取动态调整的飞行信息,并通过手势识别和语音控制实现交互式操作。研究结果表明,AR与图形渲染技术的结合在提高飞行仿真系统的真实感、操作便捷性和安全性方面具有显著优势,为飞行训练和飞行器设计提供新的发展方向。This paper studies a flight simulation virtual instrument system based on augmented reality(AR)technology and graphics rendering technology.Use real-time ray tracing technology and high-precision image rendering algorithms to significantly improve the visual realism of virtual instruments.Using AR technology,pilots can obtain dynamically adjusted flight information in real time in the simulation environment,and realize interactive operations through gesture recognition and voice control.The research results show that the combination of AR and graphics rendering technology has significant advantages in improving the realism,operational convenience and safety of flight simulation systems,providing a new development direction for flight training and aircraft design.

关 键 词：飞行仿真 增强现实 图形渲染 虚拟仪表 交互式操作 

分 类 号：TP391.9[自动化与计算机技术—计算机应用技术]