您要查找的是不是：
- main memory address space 主内存地址空间
- The operating system is configured to limit applications to 2 GB of virtual memory address space; AWE has been activated on SQL Server. 将操作系统配置为限制应用程序可使用2 GB的虚拟内存地址空间;并且已在SQL Server上激活AWE。
- Windows Server 2003 includes support for a startup switch that lets you tune the allocation of use of memory and memory address space. Windows Server 2003包括对启动开关的支持,这样,您便可以调整内存使用和内存地址空间的分配。
- If the available physical memory is less than the configured limit set on virtual memory address space, AWE mapped memory cannot be activated. 如果可用物理内存小于虚拟内存地址空间上设置的配置限制,将无法激活AWE映射内存。
- Under Windows Server 2003, dynamic AWE mapped memory is supported on servers with less physical memory than the configured limit on virtual memory address space. 在Windows Server 2003下,如果服务器的物理内存小于虚拟内存地址空间上已配置的限制,则该服务器支持动态AWE映射内存。
- In a system with virtual memory, a program address under the virtual mode. The virtual memory addresses must be translated into actual memory addresses before main memory is referenced. 在具有虚拟存储器的系统中，在虚拟方式下工作的程序地址。在访问主存前，必须将虚拟存储器地址转换为实际存储器地址。
- Memory addressability - A 32-bit system can directly address only a 4-GB address space. 可寻址内存 - 一个32位系统只可以直接寻址4GB的地址空间。
- The main memory is relatively simple: it stores values in different places, called memory addresses, which are called by the CPU when required. 主存储器是相对简单的:它把数据值存贮在不同的地方,我们称为存储器地址,当输入输出。
- The operands use labels, such as A, B, and C, instead of numbers to represent main memory addresses, and that simplifies the code, too. 操作数用标志符A、b和c，取代了主存的地址编号，这样也简化了代码。
- In this mode, the output begins with a more-detailed dump of the committed pages in the virtual address space, whether they are currently in main memory or not 这种模式下,输出从虚拟地址空间中提交页面的详尽转储开始,无论这些页面是否还在主存
- Main memory cycle time has bottomed out. 主存贮器的周期已趋饱和。
- Finally there is the main memory which relative to the external cache memory is very slow. 这样，相对外部高速缓存存储器，主存的速度非常慢。
- Essentially, each segment is its own address space. 从本质上来说,每个段就是自己的地址空间。
- Not enough main memory to complete the sort. 没有足够的内存,无法完成排序。
- Memory address of the current task. 当前任务的内存地址。
- No route is defined for a specific address space. 没有为特定地址空间定义路由。
- Enter main memory databases (MMDBs). 那么就采用主存数据库（mmdb）。
- Result of Memory Address Search. 中选择的地址。
- In direct mapped cache, the main memory space is divided into blocks. 在直接的映射隐藏所中，主要的记忆空间被区分为区段。
- Its data value, stored at some memory address. 它的数据值存储在某个内存地址处。
