可变块分割的方法是采用基于多分辨率四叉树分解的运动分割。
The variable block segmentation is based on a multi-resolution quadtree-based motion segmentation.
可变块大小的一个重要使用是压缩(因为压缩时的结果块大小理想情况下将小于初始大小)。
One important use of variable block sizes is compression (because the resulting block size when compressed will ideally be less than the original).
在压缩以外，支持可变块大小还意味着您可以针对所期望的特定工作量优化块大小，以便改进性能。
Outside of compression, supporting variable block sizes also means that you can tune the block size for the particular workload expected for improved performance.
ZFS为各种不同的使用实现了可变块大小（通常大小达到 128KB，但是您可以变更此值）。
ZFS implements variable block sizes for a variety of uses (commonly up to 128KB in size, but you can change this value).
在该编码方案中，运动矢量的获取采用了可变块大小的多分辨运动估计算法，运动估算在小波域中进行。
In the scheme, 2-d motion vectors are obtained by a variable block-size multiresolution motion estimation algorithm and motion estimation is realized in the wavelet domain.
在POWER 6中，引入了可变页面大小支持(VPSS)，这意味着当应用程序需要更大的内存块时，系统将使用更大的页面。
For POWER6, variable page size support (VPSS) was introduced, which means that the system will use larger pages as the application requests larger chunks of memory.
文件通常会被分割成不同大小而且大小是可变的数据块，这样就非常容易导致碎片的存在。
Files are typically divided into fixed-size blocks that are compressed into variable-size blocks, which easily leads into fragmentation.
提出了一种基于小波变换的块大小可变的多分辨率运动估计方法(VBMRME)，以减少图象间的时间冗余。
A scheme of variable block size Multiresolution Motion Estimation (VBMRME) is presented in this paper, which reduces temporal redundancy between pictures of the image sequence.
使用C好处连接块是，是一种更加高级的语言它很好适合与处理的可变物和控制程序流程。
The advantage of using C to connect the blocks is that being a higher level language it is well suited to managing variables and controlling program flow.
算法首先引入均匀块的定义，并给出一种阈值可变的判断转换块是否均匀块的标准。
The algorithm introduces the definition of homogeneous blocks and the measurement with an alterable threshold for judging whether a shifted block is homogeneous.
其运算量仅为基于梯度的可变形块匹配算法（GB-DBMA）的一半，但能得到更好的主客观预测质量，且更易于VLSI硬件实现。
NS-DBMA has only half computation amount of the gradient-based search algorithm (GB-DBMA) but gets better subjective and objective quality, and is much easier to implement by VLSI.
“活文字”是一个可以合并到块中，却又保持其可变性、活的文字。
The "live writing" is may merge to the block in, and maintains its variability, the live writing actually.
“活文字”是一个可以合并到块中，却又保持其可变性、活的文字。
The "live writing" is may merge to the block in, and maintains its variability, the live writing actually.
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