在LotusQuickr运行了很长一段时间之后，碎片文件会导致系统变慢，表现为性能降低。
After Lotus Quickr has been running for a long time, fragmented files can make the system slow, which shows up as poor performance.
尽管本质上不是一个文件系统集成问题，但磁盘碎片是另一个需要注意的问题。
Although not a file system integrity issue per se, disk fragmentation is another issue that might need attention.
较高的空间效率意味着文件的碎片较少，能够提供更好的顺序文件访问。
Higher space efficiency means files are less fragmented and provide better sequential file access.
如何对文件系统进行碎片整理？
在您使用文件系统时在后台执行碎片整理。
Defragmentation can occur in the background while you are using your system.
虽然延时分配的方法可以减少磁盘碎片，但时间久了，一个大的文件系统可能会成为碎片。
Although the delayed allocation method reduces fragmentation, over time, a large file system can become fragmented.
一个原因是，它可以帮助确定一些经常使用的文件是否严重碎片化。
One reason would be to help determine if some of the heavily utilized files are substantially fragmented.
在个人电脑上，每月至少运行一次磁盘清理和磁盘碎片整理程序这将更有效地存储文件确保您的系统不会慢下来。
On a PC, run Disk Cleanup and Disk Defragmenter at least once a month. This will store files more efficiently so your system doesn't slow down.
但是，因为XFS延迟了它的分配决定，所以，它能够一下子写完数据，从而提高了写性能，并减少了整个文件系统的碎片。
But, because XFS delayed its allocation decision, it was able to write the data in one fell swoop, improving write performance as well as reducing overall filesystem fragmentation.
它们是：按时间先后顺序排好这些文件，去掉所有的碎片和大头针，将文件对齐订好，然后放进文件夹。
They are: keep the documents in chronological order, remove all the chips and pins, punch the documents evenly and place them in the folder.
例如，压缩操作就像一个针对NSF文件的磁盘碎片整理工具。
For example, compact operations act like a disk defragmentation tool for your NSF files.
我会定期整理磁盘碎片、打扫注册表，清理临时文件，但我的电脑仍然很慢。
I regularly defragment the hard disk, tweak the registry, and clean out temporary files, but my PC is still slow.
比如，只需在计算机上运行一个磁盘碎片整理程序就能看到单个硬盘的文件碎片。
A solid example of file fragmentation with a single hard drive can be shown simply by running a disk defragmenter on your own computer.
当档案支离破碎时，当文件打开时，计算机必须搜索硬盘上的文件，把碎片收集到一起。
When files are fragmented, the computer must search the hard disk as a file is opened (to piece it back together).
不能对包含内部快照的JFS2文件系统执行碎片整理。
A JFS2 file system with internal snapshots cannot be defragmented.
稍后添加新物理碎片时，仅需提供该映射以及hibernate配置文件。
Later when a new physical shard is added, only this mapping as well the hibernate configuration file need to be provided.
在线碎片整理还可以减少检查文件系统所需的时间（fsck）。
The other aspect of online defragmentation is the reduced time required for a file system check (fsck).
在Windows7系统中，你可以选择多个驱动器进行碎片整理，将小的文件碎片重新编排成更大的连续段。
In Windows 7, you can select multiple drives for defragmenting, which realigns small file fragments into larger contiguous blocks.
数据访问和管理服务器OPTIMIZETABLE——回收未使用的空间并消除数据文件的碎片。
Data Access and Administration Tools OPTIMIZE TABLE - reclaims unused space and defragment data file.
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.
他一边咒骂着一边把她手中的文件夺过来，撕成碎片。
Cursing, he took the paper from her hand and tore it to shreds.
因为文件的自然增长的同时会导致存储碎片的发生。
Because of the happening that memory fragment can bring about while the nature of the file grows.
优化内存碎片整理。提高文件保存和调用倍。
Optimize memory by defragging. Improves file save and recall times.
然而当文件又需要增长存储空间却不能利用原先释放的空间，也会导致碎片的发生。
Need to grow storage space to cannot use the space that releases formerly however again when the file however, also meet those who bring about a fragment happen.
这些文件夹的文件和子文件夹会全部丢失。“磁盘扫描程序”会将它们报告成是丢失的文件碎片。要继续吗？
All of the files and folders within these folders will become lost. ScanDisk will report them later as lost file fragments. Do you want to continue?
如果这些文件是用户频繁访问的文件，则对系统性能的影响可能远超过“每文件平均碎片数量”图示中指示的情况。
If these files are ones that users access frequently, the impact to your system performance may be worse than indicated by the Average Fragments per file figure.
文件空间的自动增长提高了自动管理性，但可能导致空间碎片。
The automatic growth of file space increased to manage a gender automatically, but the likelihood brings about dimensional fragment.
针对FAT32文件系统，分析离散存储碎片，提出一种基于部分匹配预测算法PPMC来重构文件碎片的模型。
Aiming at on FAT32 file system, this paper emphasizes to analyze scattered fragments of disk files, and proposes a model of reassembling deleted file fragments based on PPMC algorithm.
针对FAT32文件系统，分析离散存储碎片，提出一种基于部分匹配预测算法PPMC来重构文件碎片的模型。
Aiming at on FAT32 file system, this paper emphasizes to analyze scattered fragments of disk files, and proposes a model of reassembling deleted file fragments based on PPMC algorithm.
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