Keeping the data in memory addresses these issues.
在内存中保存数据能解决这些问题。
The server need only calculate patterns of data in memory.
服务器只需要计算内存数据的模式。
Keeping 100 MB of audio data in memory might be too storage intensive.
将100MB的音频数据存储在内存中可能使存储量过大。
Another place to consider putting data in memory is on another machine.
可以考虑将数据放入内存的另一个地方是其他机器。
At the very least, maintaining the data in memory twice is inefficient.
至少，在内存维护两次数据会使效率下降。
Accessing data in memory is thus literally a million (or 106) times faster.
可见，访问内存中的数据要快一百万(或者说106)倍。
Marshalling is the process of converting data in memory to a storage medium.
编组（Marshalling）是把内存中的数据转化到存储媒介上的过程。
In any common implementation, the "excess" characters overwrite other data in memory.
在任何常规实现中，“超过的”字符会覆盖内存中的其他数据。
If the buffer pool is large enough to keep the required data in memory, less disk activity will occur.
如果缓冲池大到足以在内存中保存所需数据，就会发生较少磁盘活动。
The DB sample application implements a simple, database-like object that manages all its data in memory.
DB例子实现了一个简单的象数据库的对象，它在内存中管理所有数据。
Quick memory Editor is a powerful game cheating tool that can search and edit game data in memory easily.
快速存储编辑器是一个强大的游戏作弊工具，它可以搜索和编辑数据很容易在记忆游戏。
If the file is closed, the AIX kernel continues to cache the file data in memory (in permanent storage pages).
如果关闭该文件，那么AIX内核将继续在内存中(在永久存储分页中)缓存该文件的数据。
By the data in memory principle, you can dramatically increase performance by moving the data from disk to memory.
根据内存数据原则，您可以通过将数据从磁盘移动到内存极大地提高性能。
Caching data in memory can dramatically increase performance, but remember that the data is then somewhat vulnerable.
在内存中缓存数据能大大提高性能，但是数据会显得有些脆弱。
If keeping some data in memory is advantageous due to the design of a portlet, then a cache might be the right answer.
如果由于Portlet的设计，将某些数据保存在内存中具有一定优势，则可以使用缓存。
A problem with computer memory is that when the power is turned off, or the machine is rebooted, data in memory is lost.
计算机内存有一个问题，当关闭电源后，内存中的数据将丢失。
If the memory cache is used only for performance reasons, then storing data in memory cache might not be such a big problem.
如果只是由于性能方面的原因而使用内存缓存，则在内存缓存中存储数据可能不会是个大问题。
The buffer pool should be large enough to keep the required data in memory so that hard disk drive activity can be reduced.
缓冲池应该大到足以在内存中保留所需的数据，以便减少硬盘驱动器的活动。
The XML Document Object Model (DOM) treats XML data as a standard set of objects and is used to process XML data in memory.
XML文档对象模型（DOM）将XML数据作为一组标准的对象对待，用于处理内存中的XML数据。
Furthermore, system is designed to have its own memory management method in order to secure runtime sensitive data in memory.
此外，为了保证运行时敏感数据在内存中的安全，还设计了系统的内存管理方式。
Some situations also call for caching data in memory to minimize the number of data base calls for data that does not change.
同样一些情况要求在内存中缓存数据，以此来减少并不改变的数据被数据库调用的次数。
As a program does reads and writes to the file, the AIX kernel caches the file's data in memory as non-computational permanent storage pages.
随着程序对该文件进行读写操作，AIX内核将该文件的数据作为非计算性的永久存储分页在内存中进行缓存。
The best way to protect data in memory is to declare the data as private or internal (with scope limited to the same assembly) variables.
保护内存中的数据的最好方法就是，将数据声明为私有或内部(范围限定为相同的程序集内)变量。
XFS tries to cache as much data in memory as possible, and generally only writes things out to disk when memory pressure dictates that it do so.
xfs设法在内存中缓存尽可能多的数据，并且，通常仅当内存不足时，才会命令将数据写到磁盘时。
AME compresses data within memory, allowing you to store keep more data in memory, and reduce the amount of page swapping to disk as data is loaded.
AME压缩内存中的数据，这样就可以在内存中保存更多的数据，还可以减少在装载数据时换出到磁盘的页面数量。
When AME is enabled for an LPAR, the operating system starts compressing and decompressing data in memory based on the workload's memory access pattern.
在为LPAR启用AME时，操作系统将开始根据工作负载的内存访问模式压缩和解压缩内存中的数据。
HSQLDB keeps all table and index data in memory, saving all SQL statements issued into a file named database.script, which also ACTS as the transaction log.
HSQLDB将所有表和索引数据放在内存中，将所有发出的sql语句保存到一个名为database .script的文件中，该文件同时也充当着事务日志的角色。
To provide extreme scaling for a worldwide audience, the idea was to cache Web page data in memory after it was generated; this is the familiar data-in-memory pattern.
为了给全世界的观众提供最大的可扩展性，它采取网页数据生成后在内存中缓存的方法；这就是熟悉的内存数据模式。
When a little amount of data needs to be changed, the Ext2 filesystem copies the whole sector to memory (DRAM), merges the new data in memory, and writes back the whole sector.
当需要更改少量数据时，Ext2文件系统将整个扇区复制到内存(DRAM)中，在内存中合并新数据，并写回整个扇区。
When a little amount of data needs to be changed, the Ext2 filesystem copies the whole sector to memory (DRAM), merges the new data in memory, and writes back the whole sector.
当需要更改少量数据时，Ext2文件系统将整个扇区复制到内存(DRAM)中，在内存中合并新数据，并写回整个扇区。
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