Its simulation on a single CPU hardware has proved that it is feasible and effective.
经过单cpu机上的模拟实验，证明该模型是可行而且有效的。
In a single CPU, with the implementation of these procedures is in turn run on the CPU.
在单cpu上，这些并发执行的程序是交替在CPU上运行的。
The first phase to complete the attack requires a single CPU calculation for 6500 years.
要完成攻击的首个阶段需要单一CPU计算6500年。
Multi-core processors, where a single CPU chip has several processors sharing resources, are here to stay.
现在出现了多核处理器，它是单个CPU片拥有共享资源的多个处理器。
For this reason, the 2.6 kernel introduced the concept of per-CPU variables that are associated with a single CPU.
出于此原因，2.6内核引入了per - CPU变量的概念，这些变量与单个CPU相关联。
Even on a single CPU machine this will make a big difference, as you do not waste as much time waiting on a response from a Web service.
即使是在一个单CPU 的计算机上，多线程也会带来很大的不同，因为您不必花费大量时间等待Web服务的响应。
It's perfectly possible to run make with -j on machines not running distcc, and setting -j to 2 on a single CPU can sometimes speed things up (but not significantly).
完全有可能在没有运行distcc的机器上使用-j来运行make，在单cpu机器上将- j设置为2有时会加快运行速度(但不明显)。
Finally, the SDK notes that like other languages, the go language runtime only supports a single CPU thread; so whilst goroutines and channels are present, only a single thread will execute.
最后，SDK指出，go像其他语言一样，其运行时仅支持单一C PU线程。所以，虽然goroutines (go语言中的并行程序称为goroutines)和信道都存在，但只有一个单一线程会执行。
Due to the lack of multi-threading, Inventor is not capable of using more than 50% of the CPU on a dual-core computer, so there is no significant performance gain over a single CPU computer.
由于缺少多线程，在双核处理器计算机上，INVENTOR不能够使用多于50%的双核CPU资源，所以对于单核CPU计算机，并不能得到显著的性能提升。
Problems that need to be resolved for a single CPU digital controller system are analyzed. Based on a 8-bit microprocessor the principle of digital generation of the control command is illustrated.
提出了用单一CPU系统组成数字化器需要解决的问题，并以8位微机为例，阐述了指令数字化形成原理。
A single worker thread might be able to push one logic CPU to 100% utilization in the LPAR, so the total thread number is set to number of the CPUs minus 1.
单个工作线程也许就能迫使LPAR中的一个逻辑CPU达到100%的利用率，因此将总线程数量设置为CPU数量减1。
If both your web server and database server are competing for CPU time on a single machine, this will definitely slow down your request.
如果您的web服务器和数据库服务器都在竟用单一机器上的CPU时间，这无疑将减慢您的请求速度。
Mainsoft also offers a freely available developer edition, called Grasshopper, which can be used for deployments on Tomcat and single CPU configurations.
Mainsoft同时也提供了一个叫做Grasshopper的免费开发版本，可用于将产品部署到Tomcat服务器以及单cpu配置上。
The reason for creating a data source or database pool is that it increases application performance, because opening even a single connection is a CPU-intensive operation.
创建数据源或数据库池的原因是它能够提高应用程序性能，因为即使打开一个连接也会十分占用CPU。
For our tests, consolidating users from four servers onto a single server resulted in a 10 percent CPU improvement overall, and a reduced memory footprint.
在我们的测试中，合并来自四台服务器的用户到单个服务器上，CPU总体提升10%，还减少了内存的使用。
Vertical cloning can be helpful when a single large machine cannot utilize all the system resources such as the CPU.
当单台大型机器不能利用所有系统资源(如cpu)时，垂直克隆是有帮助的。
Logical partitioning (LPAR) is the ability to logically slice up a single system's CPU, memory, and other resources to create multiple and separate servers.
逻辑分区(LPAR)是划分单个系统的CPU、内存和其他资源以创建多个单独服务器的能力。
To display a single set of statistics for all TTY, CPU, and Disks since boot, type.
要想显示所有tty、CPU和磁盘自引导以来的一组统计数据，输入。
The safest approach is to make all threads use a single priority value and eliminate the use of Thread.yield and other kinds of spin loops that will fully consume a CPU because they never block.
最安全的方法是让所有线程使用一个优先级值，不使用Thread .yield和将消耗整个CPU(因为它们不会被阻塞)的其他类型的自旋循环。
These results demonstrate that Domino 7 supports a larger number of users in a single partition, and also lowers CPU requirements per user.
结果表明Domino7在单一分区中能支持更多的用户，同时还降低了每个用户的CPU需求。
The results shown in these tables demonstrate that Domino 7 supports a significantly larger number of users in a single partition and also lowers CPU requirements per user.
这两个表中的结果展示了Domino7 可以在一个分区中支持大量的用户，并且每个用户对于CPU 的需求更低。
Mini-httpd handles multiple concurrent requests in a single system thread, while demanding little from its host in the way of memory or CPU.
mini - httpd可以在一个系统线程中处理多个并发请求，但是在主机上占用的内存或CPU很少。
If mishandled, SQL Relay creates a new single-point-of-failure weak-link in an application architecture, one that consumes extra CPU cycles and introduces delays and errors in database retrieval.
如果处理不当的话，SQLRelay将在应用程序架构中引起新的单点故障弱连接，这将消耗更多CPU周期并在数据库检索中引入延迟和错误。
Note that with a single Domino partition, the CPU usage is noticeably lower than with two or four partitions.
请注意在单个Domino分区的情况下，CPU的使用情况明显低于两个或四个分区时的情况。
The CPU reduction on Domino 7 translates into improved stability at high workload levels, allowing for more clients to be supported by a single Domino 7 server on Linux on zSeries.
在Domino7 中对于CPU 利用率的减少会转换为高任务负载情况下可靠性的提高，这样Linux on zSeries上的一个 Domino 7 分区就可以支持更多个客户机用户。
The CPU nodes represent the simplest case when talking about addressing. Each CPU is assigned a single unique id, and there is no size associated with CPU ids.
CPU节点表示了一个关于编址的最简单的例子。每个CPU都分配了一个唯一的id，并且没有CPU id相关的大小信息。
Every single draw call requires a significant amount of work on the part of the graphics API, causing significant performance overhead on the CPU side.
每个描绘调用需要进行大量的工作来访问图形api，从而导致了CPU方面显著的性能开销。
On simpler systems, there is a single address map, so the physical addresses used by the CPU to address RAM and peripherals can be freely Shared with other masters as DMA addresses.
在简单的系统，有一个单一的地址映射，如此使用由CPU处理的RAM的物理地址和外设可以与其他主作为DMA地址被自由分享。
In a single processor computer the CPU can execute one task at a time, but the Operating System manages which task should access the CPU.
在一个单处理器计算机中，CPU一个时刻只能执行一个任务，由操作系统管理哪一个任务使用CPU。
In a single processor computer the CPU can execute one task at a time, but the Operating System manages which task should access the CPU.
在一个单处理器计算机中，CPU一个时刻只能执行一个任务，由操作系统管理哪一个任务使用CPU。
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