Moving integral photography using a common digital photo frame and fly's eye lens
Moving integral photography using a common digital photo frame and fly's eye lens
复制标题
使用普通数码相框和复眼镜头进行移动积分摄影
DOI：
10.1145/1666778.1666808
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发表时间：
2009
期刊：
影响因子：
--
通讯作者：
K. Yanaka
中科院分区：
文献类型：
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作者：
M. Yoda;Akifumi Momose;K. Yanaka
数码相框（DPF）已经从用于显示喜爱的照片的工具发展为显示视频的设备。下一个进步是立体显示器的引入。虽然具有立体显示器的DPF已经在市场上发布，但它仅支持水平视差。在本文中，我们描述了一种不同类型的3D显示系统的基础上的DPF和蝇眼透镜，这两个是商业上可用的。我们的系统不仅可以实现水平视差，还可以实现垂直视差，因为使用了积分摄影（IP）。IP被认为是未来的技术，因为非常高分辨率的LCD和专用蝇眼透镜被认为是必要的。然而，其中一位作者提出的扩展分数视图（EFV）方法[1]可以自由组合各种LCD和市场上相对便宜的蝇眼透镜来生产IP。这大大有助于降低初始成本。这个新系统使用EFV方法。主要问题是如何提供好的内容。因此，我们也开发了一种利用CG技术制作IP动画的方法。
A digital photo frame (DPF) has evolved from a tool for displaying favorite photographs to a device that displays videos. The next advancement is the introduction of the stereoscopic display. Although a DPF with a stereoscopic display has already been released on the market, it only enables horizontal parallax. In this paper, we describe a different type of 3D display system based on a DPF and a fly's eye lens, both of which are commercially available. Our system enables not only horizontal but also vertical parallax because integral photography (IP) is used. IP was thought to be a technology of the future because a very high resolution LCD and a dedicated fly's eye lens were believed to be necessary. However, the extended fractional view (EFV) method[1] proposed by one of the authors enabled freely combining a wide range of LCDs and the relatively inexpensive fly's eye lenses available on the market to produce IP. It greatly contributed to the initial cost reduction. This new system uses the EFV method. The main problem is how to supply good content. Therefore, we also developed a method of producing the animation of IP by using CG technology.