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.
为了得到可变的位率，在分形图像压缩中经常采用四叉树分割方法。
Quadtree partitions are often used in fractal image compression to achieve variable bit rates.
传统的基于可变模型的分割方法是一种只基于边界信息的分割方法，就充分利用图像信息的角度来说有其局限性。
Traditional deformable model based segmentation is a method merely based on edge information, which does not make full use of image information.
在此基础上提出了一种混合区域信息和边界信息的方法——基于融合颜色和强度先验信息的几何可变模型的医学图像分割算法。
Then a new method merging area information and edge information, geometric deformable model with color and intensity priors for medical image segmentation, is proposed.
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.
相反，他们使用的分割，使应用程序的虚拟地址空间分为可变长度部分。
Instead, they use segmentation, so that an application's virtual address space is divided into variable-length segments.
提出一种通用的融合基于可变形模型及区域特征统计的自动图像分割方案。
A general purpose automatic image segmentation scheme that integrates deformable models and region statistics was proposed.
本文中可变阈值分割方法和“栅格”技术的采用，使该计算机视觉系统节省了时间，提高了精度和识别处理的速度。
In this paper changing threshold segmentation and grid technology is applied so that computer vision system is to save time, to improve accuracy and processing speed.
提出一种基于原型的可变形模板进行图像分割的算法，从而可以将感兴趣的视频对象从静止的复杂背景中提取出来。
This paper proposes an image segmentation algorithm using deformable template to segment an interesting visual object from the stationary complex background.
提出了一种用于图像分割的分段可变形模型，并在模型的能量函数中引入了仿射不变量信息。
A segmental deformable model for image segmentation was presented and affine invariants were introduced into the model's energy function.
本文提出一种采用可变形模板匹配技术进行基于内容的图像分割算法。
A novel method of content based image segmentation using deformable template matching is proposed.
就水坝分割算法中的队列的结构设计提出了一种多级可变长度的数组结构。
A queue structure with automated length adjustment is proposed to optimize the watershed algorithm.
就水坝分割算法中的队列的结构设计提出了一种多级可变长度的数组结构。
A queue structure with automated length adjustment is proposed to optimize the watershed algorithm.
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