| 1. | Rate control scheme for base layer in scalable video coding
基于可分级编码基本层的码率控制方法 |
| 2. | Study on fine granularity scalability streaming video technology
一种改进的精细可分级性编码方法 |
| 3. | The scalable coding algorithms in image compression standards
静态图像压缩标准中的可分级编码技术 |
| 4. | Introduction and analysis of the h . 264 scalable extension techniques
264可分级扩展技术的介绍和分析 |
| 5. | Reults : the fluid - percussion graded model of experimental brain injur y could be pathologically graded
结果：肉眼、光镜下出现可分级的病理学改变。 |
| 6. | In addition , every description is embedded bit - streams , which is also feasible to quality scalability . 2
另外,该算法中每一描述的码流是完全嵌入式的,易于实现质量可分级编码。 |
| 7. | Recently the research on video scalable coding based on error - prone network has been one of hot and difficult topics in video compression coding filed today
所以，对可分级编码技术研究成为视频压缩编码领域的热点和难点之一。 |
| 8. | The integer - to - integer wavelet transform ( iwt ) based on lifting scheme and the scalable image coding are discussed . first , the general situation of still image coding is introduced
本文主要研究了基于提升方法的整数小波变换，以及基于整数小波变换的可分级图像编码。 |
| 9. | Video scalable encoding can be divided into temporal , spatial , quality , and content scalability . fine granularity scalable encoding can be used in dct - based progressive scalable encoding , it is also under development
视频可伸缩性编码包括时间、空间、质量和内容的可分级性、可分层性和可扩展性编码。 |
| 10. | Scalability 0 it shall be possible to represent all the elements in the multimedia scene in a scalable way and with a fine granularity in the dimensions considered relevant , e . g . spatial , temporal , quality
可分级性:应能以一种可分级的方法来表示多媒体场景中的所有元素,且在所考虑的相关维度如时间,空间,质量上是细粒度可分级的 |
