| 1. | Ali current video coding standards such as h . 263 + employ variable length codes ( vlc ) , to achieve high compression efficiency
在现在流行的视频编码标准中(例如h 263 + )均使用可变长编码( vlc )来获得高效的压缩比。 |
| 2. | This will be begged that the image compression technology not only have good compression efficiency but also can handle nimbly the compression code rate
这就要求图像压缩技术不仅要有良好的压缩效率，而且还可以灵活处理压缩码率。 |
| 3. | Through large amount of experiments , we conclude that the video compressing program can a chieve higher compression efficiency after using the improved algorithm
因此，在本文的最后，作者对视频压缩算法的进一步改进策略进行了研究。 |
| 4. | Moreover , we use prediction coding process to achieve high compression efficiency , error data still cause errors to propagate in the temporal direction
而且，由于编码器利用帧间预测来降低数据量，导致错误数据又会在时间域上进行扩散。 |
| 5. | Compared with the existing header compression scheme , rfc3095 ( rohc ) has the highest compression efficiency and the best robustness and is suitable for wireless links
在现有的头部压缩协议中,以rfc3095 ( rohc )压缩效率和健壮性最高,最适合于无线链路的使用。 |
| 6. | Several important factors like the bandwidth compression efficiency , isi caused by filter and the affection on system performance that arise from filtering should be considered
该方案需要考虑到滤波器的带宽压缩效率，滤波器引起的码间干扰，滤波器对系统误码性能的影响等几个关键因素。 |
| 7. | H . 264 offers significantly better video compression efficiency than the previous itu - t standards and mpeg standards , but its computational complexity is too large for implementation
H . 264的三个主要目标之一是提高编码效率,在同样的保真度条件下,平均码率比现有的h . 263视频压缩标准低50 % 。 |
| 8. | For really interactive 3d experience , we propose a novel color block truncation algorithm using hierarchical bit - plane prediction ( cbtc - hbpp ) to chase for random access - oriented purpose with moderate compression efficiency
由于交互式3d体验的要求，我们提出面向随机接入性的新型压缩算法? ?采用层次化比特平面预测的彩色光场块截断压缩。 |
| 9. | The video coding standard - h . 264 , which achieved its final draft in 2003 , will foster the development of these industries and embody its superiority in these industries , for the superiority such as higher compression efficiency network friendly design h . 264 have
H . 264视频编码标准所具有的更高的压缩效率以及网络友好的设计将促进这些产业的发展并在其中体现新标准的优势。 |
| 10. | This paper compares the set of features offered by jpeg 2000 , versus the current still - image compression and coding standards . the study concentrates on the aspects such as functions , lossy and lossless compression efficiency , region of interest coding , error resilience and complexity . as a result , a conclusion - how to choose compression and coding standard is elicited
本文还利用包括j2k模型在内的实现，就jpeg2000与静态图像压缩编码的现有标准进行了分析和比较，对比了它们在提供的功能、有损和无损的压缩效率、 roi编码和差错恢复以及复杂度等方面的异同，并得出选择编码压缩标准的一个结论。 |
