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摘要立体显示技术是未来信息显示系统的发展方向之一，本文对立体显示技术做了简要介绍，并给出如何利用目前个人PC机的主流显卡Nvdia的显示驱动实现立体显示的方法。通过利用立体眼镜以及我们自行研制的立体显示器测试表明目前在利用立体三维显示技术改进和提高多媒体装备和多媒体教学质量的方案中，采用Nvidia显卡进行实现是最为简便、成本最低的最佳方式之一。
关键词 立体显示;双目视差成像;Nvidia;多媒体
中图分类号：G40-057 文件标识码：A 文章编号：1671-489X（2007）06-0082-03
Method on Realizing Stereoscopic 3D Display based on Nvidia Display Drive//Hu Yuehui, Hu Qiuhua
Abstract The stereo display is one of the developing directions for the future information display system. In this study, Method to implement stereo display based the popular used Nvidia display driver in PC was proposed, after the stereo display was introduced briefly. The tests were carried out by the stereo glass and the custom-developed stereo monitor, and the results showed that in order to improve and develop the multimedia equipments and teaching quality by stereoscopic 3D display, using the Nvidia display card was one of the best ways, which was very easy and inexpensive.
Key words stereoscopic display; binocular parallax imaging;Nvidia; Multimedia
Author’s address
1.Academe of Opto-electronic Engineering Technology, Hefei Univ. of Tech., Hefei 230009 2.Key Lab. of Special Display Technology, Ministry of Education, Hefei 230009.
3. School of Liberal Arts
关键词 立体显示;双目视差成像;Nvidia;多媒体
中图分类号：G40-057 文件标识码：A 文章编号：1671-489X（2007）06-0082-03
Method on Realizing Stereoscopic 3D Display based on Nvidia Display Drive//Hu Yuehui, Hu Qiuhua
Abstract The stereo display is one of the developing directions for the future information display system. In this study, Method to implement stereo display based the popular used Nvidia display driver in PC was proposed, after the stereo display was introduced briefly. The tests were carried out by the stereo glass and the custom-developed stereo monitor, and the results showed that in order to improve and develop the multimedia equipments and teaching quality by stereoscopic 3D display, using the Nvidia display card was one of the best ways, which was very easy and inexpensive.
Key words stereoscopic display; binocular parallax imaging;Nvidia; Multimedia
Author’s address
1.Academe of Opto-electronic Engineering Technology, Hefei Univ. of Tech., Hefei 230009 2.Key Lab. of Special Display Technology, Ministry of Education, Hefei 230009.
3. School of Liberal Arts