不过,共享内存不为使用它的进程提供任何访问控制。
However, Shared memory does not provide any access control for processes that use it.
计算我们的输入,内存控制,算法,逻辑和输出。
Computer our input, memory control, arithmetic, and logic and output.
现在可以更细地控制要安装什么组件,从而优化内存占用量。
You now have more control over what is installed to optimize the memory footprint.
WPAR的内存资源控制。
WPAR总内存限制资源控制。
这个属性文件被读入内存中,控制案例的行为。
The property file is read into memory and controls the behavior of the case.
芯片上集成内存控制器。
其关键技术在于索引查找和内存控制。
The index search and memory control were the key technology.
CPU是典型的控制部件,它与内存交换数据。
The CPU is typically in control. It exchanges data with memory.
没有可用内存。无法初始化图像处理控制。
No memory is available. The imaging controls cannot be initialized.
现在我需要一个机制来控制这个共享内存的访问。
Now I need a mechanism to control the access of this Shared memory.
服务器控制和服务器内存更改事件集合。
Collection of server control and server memory change events.
此外,整合的内存控制器将支持只有两个频道解甲还乡- 3而不是三天。
In addition, the integrated memory controller will support only two channel DDR-3 instead of three.
程序同时也在内存中伪装它所做的改动,并且隐身地控制被隐藏进程。
Programs are also memory camouflage it changes made to the stealth and hidden control process.
程序同时也在内存中伪装它所做的改动,并且隐身地控制被隐藏进程。
Programs are also memory camouflage it changes made to the stealth and hidden control process.
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