基于VR技术的飞行器航迹跟踪训练系统
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Flight Path Tracking Training System of Aircraft Based on VR Technology
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    摘要:

    为更加准确地预测飞行器的航迹,贴合目标的真实运动轨迹,提出一种基于VR技术研究飞行器航迹跟踪训练系统。在硬件设计上,基于VR技术增强现实式手段设计演示框架,实现跟踪训练与数据之间的交互响应。在软件设计上,将飞行器航迹运行位置作为跟踪目标,选择联合概率函数关联其运行位置;以VR技术实现轨迹跟踪训练,完成系统设计;以4组飞行器目标进行跟踪训练实验。结果表明:新系统可以在噪声条件下实现精准的跟踪训练,具有应用价值。

    Abstract:

    In order to predict the flight path of the aircraft more accurately and fit the real trajectory of the target, a flight path tracking training system of the aircraft based on VR technology is put forward. In terms of hardware design, a demonstration framework is designed based on VR technology and augmented reality to realize the interactive response between tracking training and data. In the software design, the aircraft track running position is taken as the tracking target, and the joint probability function is selected to associate its running position; the trajectory tracking training is realized by VR technology, and the system design is completed. In the experiment, four groups of aircraft targets are trained to track. The results show that the new system can achieve accurate tracking training under noise conditions, and has application value.

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魏 琛.基于VR技术的飞行器航迹跟踪训练系统[J].,2026,45(02).

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  • 收稿日期:2024-11-09
  • 最后修改日期:2024-12-20
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  • 在线发布日期: 2026-03-13
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