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Field-of-view tests for a virtual cockpit application

机译:虚拟座舱应用的视场测试

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The virtual cockpit application aims to perform ergonomics studies on future aircraft cockpits, directly from digital mock-ups. This is made possible by immersing a user in a digital mock-up with the help of virtual reality devices. The challenge is then to reproduce a realistic and exact visual environment. To do that, some visual criteria have to be determined: the necessary values of visual acuity, temporal resolution, and field of view. Some of them are easy to find, but the field-of-view requirement is far more subjective and complex to evaluate. We present tests which have helped us to determine the necessary and sufficient values of field of view for such an application. We advise then to use a field of view higher than 75 deg, for ergonomic studies and good performances of the users, and up to 133 deg to increase visual comfort. These results will be used for the specification of a head-mounted display for the application.
机译:虚拟座舱应用程序旨在直接通过数字模型对未来的飞机座舱进行人体工程学研究。通过在虚拟现实设备的帮助下使用户沉浸在数字模型中,这可以实现。因此,挑战在于再现逼真的精确视觉环境。为此,必须确定一些视觉标准:视敏度,时间分辨率和视野的必要值。它们中的一些很容易找到,但是视野要求更加主观,而且评估起来很复杂。我们提供的测试有助于确定此类应用的必要和足够的视场值。然后,我们建议使用高于75度的视场进行人体工程学研究并为用户提供良好的性能,并建议使用最大133度的视场以增加视觉舒适度。这些结果将用于规范该应用的头戴式显示器。

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