Realistic Broadcasting Using Multi-modal Immersive Media
Realistic Broadcasting Using Multi-modal Immersive Media
复制标题
使用多模式沉浸式媒体进行真实广播
DOI：
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复制
发表时间：
2005
期刊：
影响因子：
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通讯作者：
Yo
中科院分区：
文献类型：
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作者：
Sung;Seung;Yo
真实广播被认为是支持用户友好交互的下一代广播系统。本文定义了多模式沉浸式媒体，并介绍了韩国现实广播研究中心（RBRC）开发的现实广播系统技术。为了生成三维（3-D）场景，我们使用基于深度的相机或多视图相机获取沉浸式媒体。在将沉浸式媒体转换成广播内容之后，我们使用高速和大容量的传输技术将沉浸式内容发送到客户端。最后，我们可以体验由3D显示、3D声音和触觉交互所代表的真实广播。演示示出了两种类型的广播系统：使用基于深度的相机的系统和使用多视图相机的系统。从现实的广播系统中，我们可以为下一代数字广播产生新的范例。
Realistic broadcasting is considered as a next generation broadcasting system supporting user-friendly interactions. In this paper, we define multi-modal immersive media and introduce technologies for a realistic broadcasting system, which are developed at Realistic Broadcasting Research Center (RBRC) in Korea. In order to generate three-dimensional (3-D) scenes, we acquire immersive media using a depth-based camera or multi-view cameras. After converting the immersive media into broadcasting contents, we send the immersive contents to the clients using high-speed and high-capacity transmission techniques. Finally, we can experience realistic broadcasting represented by the 3-D display, 3-D sound, and haptic interaction. Demonstrations show two types of broadcasting systems: the system using a depth-based camera and the system using multi-view cameras. From the realistic broadcasting system, we can generate new paradigms for the next generation digital broadcasting.