The double CPU system is used in the data acquisition and calculation.
硬件上通过双CPU系统结构，实现对低压侧数据信号的采集与计算；
The article introduces a design of an embedded 8 bits long control CPU system.
本文论述了一个8位嵌入式控制CPU系统的设计。
The hardware is of duo-CPU system and the software is of some programme modules.
硬件采用双CPU系统结构平台；软件采用若干个程序模块。
The Sun 6800 used for performance testing consists of an 8 CPU domain from a 12 CPU system.
用于性能测试的Sun 6800由一个来自12CPU系统的8CP u域构成。
The hardware system and software based on double CPU system are discussed respectively.
分别讨论了设备的硬件系统和基于双CPU系统的软件设计思想。
It also USES double CPU system to increase the speed of data collection and the capacity of data processing.
采用双cpu系统以提高数据采集速度和数据处理能力。
The paper introduces the application of double CPU system based on SPI technique in multiply-lines electric energy collection.
介绍了基于SPI总线技术的双cpu系统设计方法在多路电能表电量采集器中的应用。
The Sun 6800 used for performance testing consists of an 8 CPU domain carved out of a 12 CPU system. We used six T3 arrays, with nine drives each, in this test
用于性能测试的Sun 6800包括8 个CPU，整个系统中一共有12 个 CPU。
A kind of structural picture of computerized multiple-valued instrument is given, and the performance index of the duplex CPU system and the design thought for the hardware are introduced.
提出了一种计算机化多值仪器系统结构图，介绍了其双cpu系统的性能指标和硬件设计思想及软件实现方法。
Number of virtual processors especially the number of CPU virtual processors should be in proper ratio with physical CPU in the system.
虚拟处理器的数目，特别是CPU 虚拟处理器的数目应该与系统中物理 CPU 成合适的比例。
For example, one of our customers migrated to R5 and reported a reduction in system resources (CPU, memory) utilization.
例如，我们的一个客户迁移到R5并反映系统资源(CPU和内存)的使用率降低了。
Each CPU on a system has its own dedicated run queue, which is a list of runnable threads sorted by thread priority value.
系统上的每个CPU都有自己专用的运行队列，该队列是按线程优先级值排序的可运行线程的列表。
The cost can be one of the following metrics: execution time per query execution, user CPU time per query execution, and system CPU time per query execution.
这里所说的成本可能是下面的度量之一：每次查询执行的执行时间、每次查询执行的用户CPU时间、以及每次查询执行的系统CPU时间。
In our first evaluation scenario, we looked at how much of the CPU the system used at each of the workloads.
在这第一个评估场景中，我们将查看系统在每种工作负载下的CPU使用量。
But the computer scientist definitely will understand what's happening in the compiler, operating system, and CPU when a program is compiled and run.
但是计算机科学家明确知道，当一个程序在编译和运行时，在编译器、操作系统、CPU中发生着什么。
In a multi-CPU (or multi-core) system, divide the load average by the number of CPUs.
在多cpu(或多核)系统中，需要将平均负载除以cpu的个数。
On first glance, you might think you have a CPU bottleneck, as the system is definitely working hard and there is little idle time.
初看起来，您可能认为出现了CPU瓶颈，因为系统工作得非常辛苦，几乎没有什么空闲时间。
For this, each system CPU needs a PMC module for the connection to the other computers.
基于此，每个系统CPU需要一个PMC模块用于与其他计算机相连。
If you loose 5% of a processor power every time you add a CPU to your system, then your "scalability factor" is 0.95.
如果每添加一个CPU到系统，都会失去5%的处理器功率，那么您的可扩展性系数为0.95。
As you probably already know, the CPU is the fastest component of the system.
正如您可能已经知道的，CPU是系统中最快的组件。
The full test run measured network stream throughput and system CPU utilization for 15 different send message sizes for 3 minutes per message size.
完整测试使用15种不同的消息大小，对于每种消息大小执行3分钟的测试，并度量网络流吞吐量和系统cpu利用率。
It also USES less CPU and prevents overloading of the system.
它也使用较少的CPU，并防止系统过载。
You can analyze system capacity via system load and CPU utilization.
可以通过系统加载和CPU利用率来分析系统容量。
Before tuning anything, your system must have available CPU cycles.
在进行任何优化前，系统必须有可用的CPU周期。
This test scenario compared average user response times, probe response time, system CPU utilization, memory used, and disk utilization at various loads.
该测试场景比较各种负载情况下的平均用户响应时间、探针响应时间、系统cpu利用率、占用的内存和磁盘利用率。
It can be very useful to look at the total elapsed time and compare that with the user and system CPU times.
看看总耗时，并将其与用户和系统CPU时间相比较，这样做是十分有用的。
The improper configuration unnecessarily increases CPU utilization, which negatively impacts overall system performance.
不适当的配置会不必要地增加cpu利用率，从而损害总体系统性能。
The improper configuration unnecessarily increases CPU utilization, which negatively impacts overall system performance.
不适当的配置会不必要地增加cpu利用率，从而损害总体系统性能。
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