During the development of aircraft cockpits, it is
necessary to identify the visibility and readability of display configurations at an early stage. Using lighting simulations, it is possible to anticipate these qualities within a virtual product. A simulation model for the contrast threshold is developed in consideration of relevant parameters like adaptation luminance, target size, exposure time, contrast polarity and
observer age. This model is subsequently validated through experiments and integrated into an existing display assessment method of the aviation industry with the aid of adequate visualisation methods. Eventually, the method is applied to industrial use cases.
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During the development of aircraft cockpits, it is
necessary to identify the visibility and readability of display configurations at an early stage. Using lighting simulations, it is possible to anticipate these qualities within a virtual product. A simulation model for the contrast threshold is developed in consideration of relevant parameters like adaptation luminance, target size, exposure time, contrast polarity and
observer age. This model is subsequently validated through experiments and...
»