For 32-bit kernels, there are 4gb virtual address Spaces.
对32 -位内核而言，有4gb虚地址空间。
The processor and graphics have disjoint address spaces.
处理器和图形具有分离的地址空间。
This mechanism is often referred to as virtual memory and virtual address Spaces.
该机制通常称为虚拟内存和虚拟地址空间。
The following list summarizes DB2 z/OS address spaces and their memory components.
以下列表总结了DB2z/OS地址空间及其内存组件。
This is important because the kernel and user application occupy different protected address Spaces.
这点非常重要，因为内核和用户空间的应用程序使用的是不同的保护地址空间。
Computer memory and address Spaces are getting larger; a 32-bit JVM means about 2 GB of usable memory.
计算机内存和地址空间变得更大；32位JVM表示2GB的可用内存。
The transfer and assertion of the current task’s user security context between address spaces is among these.
其中还包括在地址空间之间传输和断言当前任务的用户安全上下文。
DB2 utilities run under their batch address Spaces and USES memory from other DB2 address Spaces as required.
DB 2实用程序运行于其批量地址空间之下，根据需要使用来自其他DB 2地址空间的内存。
Windows does this by mapping multiple virtual pages from different address Spaces to the same physical location.
Windows通过将来自不同地址空间的多个虚拟页映射到同一个物理地址来实现这种机制。
Note that each process can map the Shared memory region to different addresses in their respective address Spaces.
注意，每个进程可能在其各自的地址空间中映射共享内存区域到不同地址。
Remote attackers must choose this location blindly, counting on the fact that address spaces are all the same.
远程攻击者必须选择这个位置盲目，寄望于一个事实，即地址空间都是一样的。
It's mostly useful because it provides for larger address Spaces, for those applications that need over 4gb of data.
不过这通常都非常有用，因为这为那些需要超过4gb数据的应用程序提供了更大的地址空间。
Messages are data transfer objects (DTOs) that can easily be exchanged between address Spaces in distributed environments.
消息作为数据传递对象(DTOs)能够被轻易的在分布式环境中的地址空间之间进行交换。
The process addresses are still limited to 32 bits, yielding address Spaces for individual processes in differing areas of memory.
进程地址仍限于32位，以便在不同的内存范围中为各个进程产生地址空间。
This pattern has many variants, one service called active: mapper USES a resource containing a routing map between address Spaces.
该模式有很多变量，一个叫做active：mapper的服务使用了一个包含地址空间之间的路由映射的资源。
The address Spaces are virtualized, meaning that the addresses are abstracted from physical memory (through a process detailed shortly).
地址空间是虚拟的，就是说地址是从物理内存中抽象出来的(通过一个简短描述的过程)。
Service data refers to data transfer objects (DTOs) that can easily be exchanged between address Spaces in distributed environments.
服务数据引用了数据转移对象(DTOs)，DTOs可以在分布式环境的处理空间之间得到轻松的交流。
Furthermore, some IP addresses are defined to be multicast, so 224.x.x.x, 232.0.0.x and 233.0.0.x are defined to be multicast address Spaces.
此外，还有一些IP地址被定义用来进行多播，224 .x.x.x、232.0.0 . x和233.0.0 . x都被定义为多播地址空间。
In addition, stored procedures are run in the Workload managed (WLM) address Spaces where resource consumption can be controlled and well managed.
此外，存储过程是在WorkloadManaged (WLM)地址空间中运行的，这样可以对资源消耗进行很好的控制和管理。
This enables real time communication with them, and has made the allocation of world-size address Spaces necessary, at the level 3 routing hierarchy.
我们可以在整个路由层次化结构的第3级与之实时通信这时整个世界范围大小的地址空间就十分必要了。
On Solaris and iSeries, where we have access to somewhat larger address spaces than on the other platforms, we see as many as 18,000 benchmark users.
在Solaris和iSeries平台上，我们可以访问的地址空间比其他平台更大， 我们看到最大可以支持 18,000 个基准测试用户。
This turns out to be an important type because the octet is guaranteed not to have any representation changes as it is transmitted between address Spaces.
因为保证了octet在地址空间之间传送时不会有任何表示更改，因此这就使它变成了一种非常重要的类型。
The result should be a display of the DB2 address Spaces (job names starting with "DF25"), and of the queue manager and broker (job names starting with "VEG3").
结果应该显示DB 2地址空间(任务名称以“DF25”开始)、队列管理器和代理(任务名称以“VEG3”开始)。
DB2 systems performance would include such factors as installation options, sizing buffer pools, dispatching priorities for DB2-related address Spaces, and so on.
DB 2系统性能可以包括诸如安装选项、缓冲池大小设置、DB 2相关地址空间的调度优先级等等之类的因素。
An analyzer that simply reports information it finds in the dump; for example, the number of address Spaces found, the stack information for all threads found, and so on.
一种报告在转储中查找到的信息的分析程序；例如，找到的地址空间数量、所有找到线程的堆栈信息，等等。
It defines a set of address Spaces for each pointer variable that is optimally efficient for the C8051 architecture, without any specific direction from the programmer.
它为每个对C8051架构最为有效的变量指针定义了一组地址空间，无需从程序员那里获得特殊指示。
In user space, note that because user processes appear in separate address Spaces, moving data between them must occur through some form of inter-process communication mechanism.
在用户空间，注意，由于用户进程出现在单独的地址空间，在它们之间移动数据必须经过某种进程间通信机制。
Because the virtual address Spaces of most processes are both large and sparse, page table entries are only allocated for the portions of the address space that are actually used.
由于大部分进程的虚拟地址空间大而散，页表入口只能定位在实际使用的那部分地址空间上。
It follows the fundamental principles of microkernels in that it implements address Spaces, thread management, and IPC only in the privileged microkernel along with virtualization capabilities.
它遵循微核的基本原理，因为它只在特权微核中实现地址空间、线程管理和IPC，以及一些虚拟化功能。
It follows the fundamental principles of microkernels in that it implements address Spaces, thread management, and IPC only in the privileged microkernel along with virtualization capabilities.
它遵循微核的基本原理，因为它只在特权微核中实现地址空间、线程管理和IPC，以及一些虚拟化功能。
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