Research On Lenticular-autostereoscopic3D Display Techonology

3D display technology breaks the strict of traditional display technology and adds the depth information into display. Since3D display technology can bring viewers a realistic visual feeling of scene, as a result, it is becoming a hot spot of the next.generation display technology research. Stereoscopic display technology allows viewers enjoy3D display from wide angles, in high definition and good depth perception without wearing auxiliary equipment, so it receives very high praise from audience. In addition, it has a good market prospect because of its low cost.Based on the3D display system in the laboratory, this paper mainly concentrates on the autostereoscopic multi.view synthesis algorithm of the lenticular.lens sheet for LCD panel. The innovative achievements include the following parts:1) Based on the original method of measuring parameters of lenticular.lens with pure black and white images, this paper poses a modified method with iteration to get more accurate parameter values, which can help to improve the quality of3D display image and make the visual effect improved.2) Based on the original3D image synthesis algorithm, this paper discovers a new method to deal with fraction view derived from theoretical derivation. This paper makes use of the existing engineering foundation of the working group and realizes a good real-time broadcasting system which converts2views to8views and further to28views with reference to mature super-multi display schemes.3) For crosstalk in3D display, this paper summarizes the existing methods for crosstalk reduction and explains the advantages of filtering matrix. Furthermore, this paper modifies the filtering matrix and makes it not only overcome the rough adjustment of traditional scheme but also avoid the deviation in color of the initial scheme. Experiments prove that it can help to improve the image quality.