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首页> 外文期刊>American journal of applied sciences >A NEW PROCEDURE FOR 2D TO 3D CONVERSION USING DEPTH ARRAY CONVERSION | Science Publications
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A NEW PROCEDURE FOR 2D TO 3D CONVERSION USING DEPTH ARRAY CONVERSION | Science Publications

机译：深度数组转换的2D到3D转换的新程序|科学出版物

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摘要

> Entertainment in the real world becomes a popular era and it is long lasting for several decades. The major advancement in television as well as in projection leads to highest quality in terms of realistic pictures, images and movies. Various researchers and research forums are under the development of stereoscopic conversion of 2D program material into 3D realistic. Due to less availability of 3D videoscopic displays, we proposed a new methodology to convert 2D array of video sequence into stereoscopic 3D.The proposed methodology focuses on depth array conversion of back grounds from the 2D video and subtracting the active objects in each scenes at every frames, this yields to obtain the depth information from the video which requires heavy computation in real time, which was achieved by Cryengine with AMD QUADCORE A6 CPU, as well with Radeon graphics. Experimental results shows that 3D recognition rate of a single image in the 2D video sequence is up to 78% and display rate of the particular sequence are at 29 frames per second. Experimental results has been included and 3D display rate for the converted sequence is up to 92% accuracy and frame rates be 32 frames per second for FULL HD (1080 p).
机译： >现实世界中的娱乐成为流行的时代，并且持续了几十年。电视和投影技术的重大进步带来了逼真的图片，图像和电影方面的最高质量。各种研究人员和研究论坛正在从2D程序材料到3D现实的立体转换的发展中。由于3D可视显示器的可用性较低，我们提出了一种将视频序列的2D阵列转换为立体3D的新方法，该方法着重于从2D视频中对背景进行深度阵列转换并减去每个场景中每个场景的活动对象帧，这可以从视频中获得深度信息，这需要实时进行大量计算，这是Cryengine使用AMD QUADCORE A6 CPU以及Radeon图形实现的。实验结果表明，二维视频序列中单个图像的3D识别率高达78％，特定序列的显示率为每秒29帧。实验结果已经包括在内，转换后的序列的3D显示速率高达92％的精度，全高清（1080 p）的帧速率为每秒32帧。

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