swapping memory
英 [ˈswɒpɪŋ ˈmeməri]
美 [ˈswɑːpɪŋ ˈmeməri]
网络 交换存储器; 交換存儲器
双语例句
- This process is called swapping because the pages are swapped from memory onto the hard disk.
这个过程称为交换，因为页面会被从内存交换到硬盘上。 - Our memory ballooning strategy is designed to prevent host swapping, instead directing memory pressure onto the guests.
我们的内存膨胀策略的思路是防止主机交换，把内存压力转移到其他客户上。 - Soon after that, the kernel starts swapping some of those pages to disk in anticipation of having to allocate memory to the process that's allocating memory.
在此之后，如果内核预计必须为请求内存的进程分配内存，它就会开始把一些页面交换到磁盘。 - If you try to tune a server when there is no free CPU or where the operating system is swapping virtual memory, you won't get very far.
如果您在没有空闲CPU时或者在操作系统需要交换虚拟内存的地方试图优化服务器，则无法使其变得很快。 - If your system spends too much time on overhead tasks, such as swapping memory, you might need to specify a lower number of threads.
如果系统将过多的时间花在存在开销的任务上（比如内存交换），则需要指定更少数量的线程。 - To avoid host swapping, each guest's memory balloon is dynamically adjusted in accordance with host and guest memory pressure.
为了避免主机交换，每个客户的内存膨胀都根据主机和客户内存压力动态调整。 - This is generally done by swapping units of address space back and forth as needed between a storage device and memory.
通常，这是通过来回在存储设备与内存之间交换地址空间的单元而实现的。 - If the number of free pages in the system falls below this limit, the kernel will start swapping more aggressively to free memory and maintain system performance.
如果系统中可用页面的数目低于这一限制，则内核将以较积极的方式启动交换，以释放内存，从而维持系统性能。 - The data swapping strategy and its evaluation in real time main memory database system
实时内存数据库的数据交换策略及评价 - This paper discusses the strategy and realization of the data swapping based on the ART-ⅱ( an Active real-time main memory database) which is developed by ourselves.
该文针对一个自主开发的主动实时内存数据库系统（ART-Ⅱ），介绍了其内外存数据交换的策略及实现。 - Speed Information Swapping& Select Engine ( SISE) technology is introduced to Middle Business System, which improves the system efficiently by building database in memory.
中间业务系统采用内存引擎技术，将数据库建在内存中，以提高系统运行效率。 - The effective management for a resident data area, a transient area and a free area in main memory reduces the table swapping between the main memory and the disk.
通过对内存常驻数据区、临时数据区和空白区的有效管理，从而减少了常用表的内外存频繁切换，提高了效率。 - This strategy can be applied to any other systems based on social networks and main memory databases. Secondly, a swapping strategy based on Markov process for main memory database is proposed.
这个策略也可以被用到基于社会网络和内存数据库的其他系统中。接下来，本文提出了一个基于马尔科夫过程的内存数据库交换策略。