RAM is this memory recall or, as you'll soon find in problems set one, that's used for ephemeral purposes.
内存是随机存储器，你们很快就会在习题集一中发现，它是用来短暂存储的。
System memory should be at least 512 MB of RAM for each version.
用于每一个版本的系统内存至少应该有 512MBRAM。
With a VM system, you have two primary areas that store information about the active applications and the data it USES — the physical random access memory (RAM) and space allocated on hard drives.
使用VM系统，您有两个主要区域来存储有关活动应用程序及其使用的数据的信息——物理随机访问存储器(RAM)和硬盘驱动器上分配的空间。
The constraining factors for performance are the number of concurrent database connections and available memory (both RAM and disk) in relation to incoming data volume.
性能的限制因素是关于进入的数据量的并发数据库连接的数量和可用内存(RAM和磁盘)。
This smaller memory is called cache RAM and allows the microprocessor to execute at full speed.
这些小型内存芯片叫快取内存，能让微处理器达到最快速度。
Therefore, we can only allocate up to 1gb (physical RAM available) of Shared memory for database use.
因此，我们只能分配最多1gb(可用的物理ram)的共享内存给数据库使用。
Obviously, given the choice between RAM and paging space, most people would prefer to use physical memory, if the RAM is available.
由于要在RAM和分页空间之间进行选择，在RAM可用的情况下，大多数人显然都更希望使用物理内存。
As for memory, we'd expect Apple to increase RAM to complement the processor upgrade.
至于内存部分，我们认为苹果也会相应地增加容量。
In stand-alone (non-networked) application environment, computer performance is largely determined by three components of the computer: CPU, the random access memory (RAM) and computer monitors.
在单机（非联网）应用环境下，计算机的性能很多程度上是有三个计算机部件所决定的：CPU，随即存取存储器（RAM）和计算机显示器。
Paging space, or swap space, is a type of logical volume that serves as a staging area for processes that are not using active random-access memory (RAM).
分页空间（或交换空间）是一种逻辑卷，用来存储不使用随机存取存储器（RAM）进程的临时区域。
The working set of an application is the set of memory pages currently available in RAM.
应用程序的工作集是RAM中当前可用的内存页的集合。
Every computer has a processor and some random-access memory (RAM), also known as physical memory.
每台计算机都有一个处理器和一些随机存取存储器(RAM)，后者也称为物理内存。
When configuring IDS memory, we need to consider the total available memory, both physical RAM and virtual memory and daily load on the system.
在配置IDS内存时，我们需要考虑总的可用内存，包括物理ram、虚拟内存和系统上的日常负载。
Limit: Because Shared memory is pinned to physical RAM, it will never be swapped out.
限制：因为共享内存是固定到物理ram的，所以这种内存不会被换出。
Now, large spreadsheets or large documents could be read in from the disk and held in RAM memory for fast access and manipulation.
现在大型电子数据表或大型电子文件可以在光盘里读取，还可以通过快捷操作把它们放到内存中。
Some of the physical memory range in an Intel computer is mapped to devices like hard drives and network CARDS instead of actual RAM memory.
在这里输入译文在英特尔电脑中的一些物理存储范围由硬件驱动程序和网卡代替了只读存储器。
If this number is extremely large and continues to increase, it is usually an indication of insufficient physical memory or RAM, and you may need to install more memory.
如果该数字极其庞大，并持续增长，这通常表示物理存储器或ram不足，您可能需要安装更多存储器。
Shared memory is pinned to RAM and cannot be swapped out.
功能内存与RAM固定，因而不能交换出去。
So the heap is a chunk of memory in a computer's RAM that's conceptually allocated to what's called dynamic memory allocation.
堆是在计算机RAM中的一块内存,它可以进行,动态内存分配。
Remember, we have very little short-term memory (RAM) in our heads.
记住，我们的大脑只有非常有限的短期记忆(short - term memory -RAM)。
Pin reports back the number of pages pinned in physical memory (RAM).
其中的pin列报告了物理内存(RAM)中固定的页面数。
Typically kernels treat all RAM memory as write-back, which yields the best performance.
在这里输入译文典型的核心将所有的随机存储看作回写式，这样抑制了存储器最好的运转。
The Cuban PCs have Intel Celeron processors with 80 gigabytes of memory and 512 RAM and are equipped with Microsoft's Windows XP operating system.
这台古巴电脑配有Intel赛扬的CPU, 80gb硬盘和512 MB内存，预装微软的WindowsXP操作系统。
Volatile random access memory (RAM).
易失性随机访问存储器(RAM)。
This is almost entirely attributable to a 23 per cent increase in the price of D-Ram memory chips.
这几乎完全源于D -RAM内存芯片的价格上涨23%。
When the application is running the Windows management system will distribute the data held by the application between physical memory (RAM) and virtual memory on disk.
当应用程序准备运行时，windows管理系统将在磁盘上的物理内存(RAM)和虚拟内存之间分配应用程序拥有的数据。
With addressable memory in the range of hundreds to billions of gigabytes, it is the available physical memory (RAM) limitation that becomes much more important.
由于可寻址内存的范围从数百到数十亿gb，可用物理内存(RAM)的限制变得更加重要。
Figure 5 shows the following memory sets are allocated in ram.
图5展示了在RAM中分配的以下内存集。
The Lucene in-memory approach combines RAM-based storage with a very fast document analyzer that trades ease of customization for a highly optimized implementation.
Lucene内存方法将基于RAM的存储与非常快的文档分析器组合在一起，方便了针对高度优化的实现进行自定义。
He believes SSD is a great technology to replace hard disks in very high IOPS workloads, or when data cannot go to disk and must be held by main-memory (RAM) caches.
他认为，对于IOPS非常高的工作，或者在数据不能写入磁盘，必须缓存在内存(RAM)里面的情况下，SSD是一项替换硬盘的伟大技术。
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