Improving CPU and memory performance.
改善CPU和内存性能。
In the replacement of the CPU and memory, the fault still exists.
故障分析与处理：在更换了CPU和内存后，故障依然存在。
The analysis techniques are CPU, memory, and disk space intensive.
分析技术是CPU、内存和磁盘空间密集型技术。
A computer's resources fall into CPU, memory, disk, and network.
计算机的资源分为CPU、磁盘、内存和网络。
First, make sure your server has the resources it needs: CPU, disk, memory, and network.
首先，确保服务器具有所需的资源：CPU、磁盘、内存和网络。
The actual limit of course depends on the hardware configuration, such as memory and CPU.
当然了，实际的限制取决于硬件配置，比如内存、CPU等等。
Things to keep an eye on are CPU, disk, and memory usage.
那么需要关注CPU、磁盘、以及内存使用情况。
Actual consumption of CPU, memory, and disk capacity.
内存和磁盘容量的实际消耗。
System statistics, including CPU, memory, and disk space.
系统统计数据，包括CPU、内存和磁盘空间。
Allocated CPU, memory, and disk capacity.
已分配的CPU、内存和磁盘容量。
And again, this is all happening in the memory-starved, CPU-constrained mobile world.
而且，这还是发生在内存食紧、处理器受限的移动世界。
It can execute any CPU instruction and reference any memory address.
可以执行任意的CPU指令，访问任意的内存地址。
For test agents, the CPU speed and memory available will limit the test load.
对测试代理程序而言，CPU速度和可用的记忆体将会限制测试负载。
From here is main board, CPU, memory, display card, external storage and power supply.
依次是主板，中央处理器，内存，显卡，外部存储器，和电源。
From here is main board, CPU, memory, display card, external storage and power supply.
依次是主板，中央处理器，内存，显卡，外部存储器，和电源。
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