1) multi-view video coding
多视点视频编码
1.
To obtain fast rendering effects of virtual viewpoint video,in this paper we propose a novel multi-view video coding method with spatial random access functionality based on H.
264/AVC编码框架,提出一种支持空域随机访问功能的多视点视频编码方法,以满足快速虚拟视点绘制的需求。
2.
A novel multi-view video coding scheme with low complexity is proposed for wireless video sensor array based on motion-vector extrapolation at central node of network.
基于网络中心节点的运动矢量外推技术,提出了一种无线视频传感阵列的低复杂度多视点视频编码方法。
3.
To achieve high compression efficiency, co-relation between the different views must be exploited in multi-view video coding scheme.
多视点视频编码通过结合运动估计和视差估计可以获得比较高的压缩效率,但其存在运动估计、视差估计和宏块模式选择的计算量非常大的缺点。
2) multiview video coding
多视点视频编码
1.
A novel macroblock mode selection algorithm in multiview video coding;
一种多视点视频编码的宏块模式快速选择新算法
2.
Based on analysis on the correlations of multi-view video, the concept of independent slice is introduced, and a multiview video coding method with adaptive selection of reference frame modes is proposed.
基于多视点视频序列相关性,提出独立片的概念,进而提出一种采用自适应参考帧模式选择的多视点视频编码方法。
3.
In the paper, two important modules for multiview video coding and virtual viewpoint systhesis in the Free Viewpoint TV system, are mainly studied.
本文重点研究了任意视点电视系统中的两个重要模块—多视点视频编码和虚拟视图的合成。
3) Multi-view Video Coding(MVC)
多视点视频编码
1.
Multi-view Video Coding(MVC) demands high compression rates,temporal random access,spatial random access,as well as view scalability,which based on inter-view prediction structure.
多视点视频编码除应具有较高的编码效率外,还应该包括后向兼容性、时间随机访问和视点可分级性等,这些都主要取决于所采用的预测结构。
4) Multi-view video coding
多视点视频编解码
5) multiple description video coding
多描述视频编码
1.
The robustness and quality of video transmissions by a multiple description video coding algorithm based on the H.
264的多描述视频编码方案以及整帧丢失时的误码掩盖方案。
2.
This paper researches on several methods of multiple description video coding which are widely used in practical application.
本文对几种常用的多描述视频编码进行了研究,结合视频压缩编码标准H。
6) Multiple Description Video Method
视频多描述编码
1.
H.263-based Multiple Description Video Method;
一种基于H.263的视频多描述编码方法
补充资料:多媒体视频视频信号转换器
一般是指复合端口、Y/C端口、YUV、DV、SDI、S-Video端子、VGA的信号进行互转,主要是模拟与数字信号的互转,DV与YUV分量信号的互转,VGA电脑信号与视频信号的互转等等。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条