虚拟空中交通飞行训练装置自动空中交通管制

C. D. Meigs
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引用次数: 3

摘要

最近一项关于该大学飞行训练设备(FTD)使用的研究揭示了改善从头开始飞行员训练环境的可能性。其中一个改进是虚拟空中交通(VAT)功能的设计、开发和应用。VAT将使用语音识别技术,将半自动和自主虚拟空中交通集成到FTD的虚拟环境中。虚拟飞机和控制器将通过无线电功能进行通信。学生飞行员将通过无线电功能使用语音(VoIP)和语音识别软件与虚拟控制器通信。虚拟控制器将以合成的声音做出回应。在训练期间使用增值税法的预期结果是更好地准备学生飞行员在飞行中发挥作用,同时最大限度地减少实际飞机飞行训练的需要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual Air Traffic Flight Training Device Automated Air Traffic Control
A recent study of the university's Flight Training Device (FTD) use revealed possibilities for improving the training environment for ab initio pilots. One improvement is the design, development, and application of a Virtual Air Traffic (VAT) hnctionality. VAT will use voice recognition technology linked to semiautonomous and autonomous virtual air trafic integrated into the FTD's virtual environment. Virtual aircraft and controllers will communicate via the radio functionality. The student pilot will communicate with the virtual controller through the radio hnctionality using voice over (VoIP) and voice recognition software. The virtual controller will respond with a synthetic voice. The desired outcome of using VAT during training is to be better prepare student pilots to function in flight while minimizing the need for actual airplane flight training.
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