1.
A shared memory open failed to open at the originally assigned memory address
在最初分配的内存地址处打开共享内存失败
2.
The memory address of the function that was run when the thread started.
在启动线程时所运行函数的内存地址。
3.
The source of the appended data is a memory location.
用于追加的数据的源是一个内存地址。
4.
memory address space. Enabling this feature greatly improves the
系统内存地址空间。启用该特性将大大地提高
5.
You can also set breakpoints and examine the contents of specific memory locations and registers.
你也可以设置断点并检查特定内存地址或寄存器的内容。
6.
An Approach to Buffer Overflow Detection Based on Memory Address Confirmation
基于内存地址确认的缓冲区溢出检测方法
7.
The address bus specifies the memory locations (addresses) for the data transfers.
地址总线为数据传输指明内存位置（地址）。
8.
The actual address that is placed on the address bus when accessing a memory location or register.
当访问内存位置或寄存器时，在地址总线上的真实的地址。
9.
There is not enough memory available to continue working with this address list.
内存不足，无法继续处理此地址列表。
10.
There isn't enough memory to complete this address list action.
内存不足，无法完成该地址列表操作。
11.
starting at any of the listed address segments. If an address you select
任何从所列地址段开始的内存位置。如果您所选地址被
12.
address register
【计】 地址寄存器
13.
interrupt (address) register
中断(地址)寄存器
14.
boundary (address) register
边界(地址)寄存器
15.
In relative coding, the absolute storage address to which addresses in a region are referenced.
相对编码中，在某一区域内寻址时所参照的绝对存储器地址。
16.
"You have selected identical source and destination addresses, which is not a valid address expression. Do you want to keep this as your selection?
"选定了相同的源地址和目标地址，地址表达式无效。要保存选定的内容吗?
17.
Exclude this address space by using the syntax of your memory manager.
使用内存管理器的语法排除该地址空间。
18.
BSAR (Buffer Storage Address Register)
缓冲存贮器地址寄存器