Abstract
In recent years, 3D displays can provide more realistic and exciting sensation and extra depth information which is lost in a 2D display. Therefore, it attracts more and more industrial attention. In the past decade, many methods were proposed to implement auto-stereoscopic and stereoscopic displays. But almost all of them were suffered from crosstalk issue. The ghost image which was caused by crosstalk will let the observers feel uncomfortable, and even make they disable to fuse the two image together. So far, there are many methods were proposed to reduce crosstalk. However, they all have their own drawbacks, such as lower luminance, the need of extra device and only for one specific technology. Therefore, we proposed different kind of Digital Crosstalk Reduction methods to suppress optical crosstalk in 3D displays without using any extra hardware components. Furthermore, these methods can be applied to almost all of the 3D display technologies. In this thesis, different kinds of image processing method will be describe in detail, and the results will be captured by a camera to show the difference before and after process.
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