Abstract
The flicker in directional backlight autostereoscopic displays is studied and characterized. Two types of flicker, resulting from instant fluctuation and accumulated fluctuation, are recorded and analyzed. The introduced characterization algorithm is shown to present good agreement with the practical visual experience. Additionally, flicker reduction based on the evaluation scenario, utilizing an adaptive optimizing algorithm, in combination with retina motion prediction, is proposed. The measurement and control scenarios are shown to be highly effective to achieve a flicker-free autostereoscopic display.
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