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Touch Screen Technology and Applications in Avionics

机译:触摸屏技术和航空电子版应用

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Touch Screen technologies have evolved to the point that several solutions are rugged enough to be introduced into the cockpit. Any selected solution has its particular pros and cons, and using current state-of-the-art technology will always result in a compromise. A Touch Screen interface allows a more intuitive operation, reducing workload for the pilot and co-pilot, and thus increasing safety. It is believed that multi-touch capabilities are beneficial in cockpit applications. Looking to the future, research will be needed to develop the right solutions for haptic feedback mechanisms and to minimize the effects of fingerprint residue on the screen. The effects of the aircraft's dynamics on the usability of the Touch Screen will also need to be analyzed and will impact the definition of the Human Machine Interface (HMI). This paper presents a display manufacturer's technological view on the applicability of Touch Screens in the aircraft cockpit.
机译:触摸屏技术已经进化到了几个解决方案足够坚固的点,以便被引入驾驶舱内。任何选定的解决方案都具有其特殊的优点和缺点,并使用当前的最先进技术将始终导致妥协。触摸屏界面允许更直观的操作,减少飞行员和共用的工作量,从而提高安全性。据信,多触控能力在驾驶舱应用中有益。展望未来,将需要研究以开发触觉反馈机制的正确解决方案,并最大限度地减少指纹残留在屏幕上的影响。还需要分析飞机的动力学对触摸屏的可用性的影响,并将影响人机界面(HMI)的定义。本文提出了展示制造商关于飞机驾驶舱内触摸屏的适用性的技术观点。

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