ENSA = Enhanced Situational Awareness for robotic vehicle control

我们正在开发用于商业应用的遥控飞机。在这项可行性研究中，我们计划展示一种新的用户体验，以更好地使地面上的远程飞行员能够手动控制RPA的着陆。手动选项通常用于紧急情况。我们迫切需要提高地面远程飞行员的态势感知能力。技术挑战涉及演示一种新的软件用户体验，即远程飞行员在地面上使用平视显示器式眼镜，在眼镜上可以将图形和文字叠加在飞行员的视野上，同时使用耳机，在耳机中可以将计算机生成的语音叠加在周围的声音上。总体目标是通过叠加计算机生成的符号和声音来增强对环境的感知，从而展示对周围视觉和听觉现实的增强。

We are developing Remotely Piloted Aircraft for use in commercial applications. In this Feasibility Study we plan to demonstrate a new user experience to better enable a remote pilot on the ground to manually control the landing of the RPA. The manual option is often used in an emergency situation. We urgently need to improve the situational awareness of the remote pilot on the ground. The technical challenge involves the demonstration of a new software user experience involving the use by the remote pilot on the ground of head-up display type glasses in which graphics and text can be superimposed on the view of the pilot, together with headphones in which computer-generated speech can be superimposed on surrounding sounds. The overall aim is to demonstrate the augmentation of the surrounding visual and aural reality by superimposing computer-generated symbols and sounds to increase situational awareness.