针对这一任务的变化，可伸缩视频编码技术应运而生。
In response to this mandate, scalable video coding technology came into being.
提出了一种感兴趣区域优先传输的可伸缩视频编码传输方法。
The redundancy is about 10 to 20 percents. An ROI-first transmission method of scalable video coding is proposed.
提出了一种新颖的空间可伸缩视频编码方案-精细粒度空间可伸缩编码。
In this paper, we present a novel structure for spatially scalable video coding, that is, fine-granularity spatially scalable coding.
基于运动补偿时间滤波的可伸缩视频编码因其能有效去除时间相关性，而成为视频标准组织目前研究的热点。
Scalable video coding based on MCTF (motion compensated temporal filtering) has been thought of as the important study field for it's validity of removing temporal correlation.
可伸缩性视频编码（SVC）技术是图像和视频处理中一个新的研究领域，近年来取得了很多成果。
Scalable video coding(SVC) technology is a new domain in the processing of image and video, and there are many results of SVC at present.
可伸缩性视频转换编码算法是大型分层视频组播系统层次化代理自适应机制的核心技术。
Scalable video transcoding is the key technology of a adaptive mechanism for hierarchical agents in a large-scale layered video multicast.
在MPEG-4标准的视频流化框架中，精细的可伸缩性视频编码FGS是关键的编码技术。
The fine granularity scalability(FGS) video coding is an important technique in the MPEG-4 streaming profile.
在MPEG-4标准的视频流化框架中，精细的可伸缩性视频编码FGS是关键的编码技术。
The fine granularity scalability(FGS) video coding is an important technique in the MPEG-4 streaming profile.
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