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IP:18.118.193.232
  • 期刊

堆疊全視3D立體技術

The Full View of the 3D Stereoscopic Imaging Technology by Integral Imaging

摘要


由近年來3D立體成像技術隨著科技的發展與不斷的進步,新的立體成像技術及應用也陸續被提出,目前觀賞3D立體技術都是一維陣列方式,此技術只能觀看到單邊立體效果,且觀看距離及觀看視角都很窄,只要稍微改變一下觀看位置都會嚴重影響到觀看的舒適感。本研究利用堆疊立體成像技術以二維陣列的多張圖像方式,並結合針孔陣列薄膜片的設計應用在圓盤燈箱上可顯示出全視的立體效果,由研究的製作成果證明,此方法確實可以表現出很好的立體效果及觀看舒適感,同時可以裸視看到360度的寬視角全視立體影像。

並列摘要


In recent years, 3D stereoscopic imaging technology continues to progress with the development of science and technology, The new 3D stereoscopic imaging technology methods and applications also have been proposed, Currently viewing 3D stereoscopic technology is a one-dimensional array mode, only to watch the unilateral 3D stereoscopic effect. And the viewing distance and viewing angle is very narrow, and it just a little change will seriously affect viewing comfort. In this study, the 3D stereoscopic imaging technology of integral image is a two-dimensional array of methods, combined with the pinhole array film, and it is applied to the disc boxes and it can be displayed in full view of the 3D stereoscopic effect, Evidenced by the research results, and this method can indeed showed good stereo effect and viewing comfort. Meanwhile you can see the full 360-degree of the 3D stereoscopic imaging effect by the naked eye.

並列關鍵字

Integral Image Pinhole Array Film

參考文獻


Roberts, D. E. (2003), History of Lenticular and Related Autostereoscopic Methods.http://www.microlens.com/HistoryofLenticular.pdf.
Roberts, D. E. (2011), The History of Integral Print Methods.ftp://ftp.umiacs.umd.edu/pub/aagrawal/HistoryofIntegralImaging/Integral History.pdf
Lippmann, G. (1908), Compt.Rend. Acad. Sci. Vol. 146, pp.446-451
(Faris, S. (1993), Multi-Mode Stereoscopic Imaging, USA Patent5,264,964, Nov. 23).
(Adrin C. (2004), Le relief en vision directe par le procédé du réseau ligné,Juin).

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