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    • 2. 发明申请
    • Sensor and display-independent quantitative per-pixel stimulation system
    • 传感器和显示独立的定量每像素刺激系统
    • US20070236516A1
    • 2007-10-11
    • US11222897
    • 2005-09-08
    • Javier CastellarDavid Morgan
    • Javier CastellarDavid Morgan
    • G09G5/10
    • G09G5/06G06F3/147G09B9/30G09G3/006G09G5/04G09G2320/0242G09G2320/029G09G2360/145G09G2380/12
    • Sensor independent display characterization system spectrally characterizes a display system to measure radiant power emitted by the display system that displays a video image to a trainee pilot during sensor stimulation. A sensor spectral response for each wavelength produced by the stimulated sensor is determined. A stimulated luminance for each color level of the displayed image or for a range of color levels is computed. A color look up table that maps computed stimulated luminance to a set of stimulating color values is generated. When a trainee pilot looks at the displayed image using a sensor having a sensor response that was used in computing the stimulated luminance, the pilot will see an image that was created by simulated spectral rendering. The displayed image is an accurate, display and sensor independent image that the pilot can see during the real flight.
    • 传感器独立的显示表征系统光谱地表征显示系统,以测量显示系统发射的辐射功率,在传感器刺激期间将视频图像显示给受训驾驶员。 确定由受激传感器产生的每个波长的传感器光谱响应。 计算显示图像的每个颜色级别或颜色级别范围的受激亮度。 生成将计算出的受激亮度映射到一组刺激色值的颜色查找表。 当实习飞行员使用具有用于计算受激亮度的传感器响应的传感器来观察所显示的图像时,飞行员将看到由模拟的光谱渲染产生的图像。 显示的图像是飞行员在实际飞行中可以看到的准确,显示和传感器独立的图像。