Speech scalable coding is widely considered to be a good scheme for multimedia communication under different conditions.
为了保证在不同通信条件下语音通信的正常进行，采用可伸缩编码技术是目前得到广泛认可的方案。
Finally, pointed out the deficiency of the scheme and what question needs further study, and forecast bandwidth scalable coding.
最后，指出该设计方案的不足之处及需要进一步研究的问题，并展望带宽可伸缩编码的前景。
In this paper, we present a novel structure for spatially scalable video coding, that is, fine-granularity spatially scalable coding.
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。
This paper has introduced the scalable coding of MPEG-4, and focuses on the space scalable coding which is discussed and studied by many people.
本文主要介绍了MPEG - 4的分层编码，重点放在目前大家讨论和研究比较多一些的空域分层编码上。
This article analyzes several problems existing in multimedia transmission in WMN and introduces the application of adaptive transmission based on scalable coding.
文中分析了WMN传输多媒体业务所存在的问题，并且介绍了基于分级编码的自适应传输在该网络中的应用。
In the speech expandable code aspect, at present already proposed the many kinds of scalable coding plans, also have the corresponding international standards.
在语音可伸缩编码方面，目前已经提出了多种可伸缩编码的方案，国际上也制定了相应的标准。
Scalable coding is one of the important methods to resolve these problems.
可分级编码是解决这些问题的重要方法之一。
Scalable coding and shape coding are two pivotal techniques in MPEG-4 video coding.
可扩展编码和形状编码技术是MPEG - 4视频编码部分的两个关键技术。
This paper presents a new Fine Granular Scalable coding based on the image object, which incorporate the image object coding with the Bit plane coding.
为此提出了一种基于对象的精细可伸缩性编码方法，该方法将对象编码与位平面编码相结合。
This paper presents a new Fine Granular Scalable coding based on the image object, which incorporate the image object coding with the Bit plane coding.
为此提出了一种基于对象的精细可伸缩性编码方法，该方法将对象编码与位平面编码相结合。
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