SQLObject sacrifices processor time for developer time.
SQLObject为开发人员时间牺牲了处理器时间。
The computer name, % processor time, and available memory are displayed.
此节显示计算机名称、处理器时间百分比(%)和可用内存。
When a thread is blocked or sleeping, it does not consume processor time.
当一个线程被阻止或正在休眠，它不占用处理器时间。
The problem with this procedure is that it wastes a lot of good processor time.
这个过程的问题是，它会浪费大量处理器时间。
Keeping track of a large number of threads consumes significant processor time.
记录大量执行绪会耗用相当多的处理器时间。
All that extra message passing adds bulk to the bytecode and steals processor time.
所有在此过程中传递的消息都会添加字节码的数量，并盗走处理器的事件。
Each of these technologies USES processor time outside of the application programmer's control.
这两种技术都要使用应用程序编程人员无法控制的处理器时间。
Both threads are active, both should receive processor time, but the order is not determined.
两个线程是活动的，都应该得到处理器时间，但顺序是不确定的。
A thread is a sequence of instructions to which the operating system allocates processor time.
执行绪是作业系统配置处理器时间的指令序列。
The main idea behind the CFS is to maintain balance (fairness) in providing processor time to tasks.
CFS背后的主要想法是维护为任务提供处理器时间方面的平衡(公平性)。
A CPU-bound application can't get enough processor time to complete the work it's being asked to do.
一个CPU关键型应用程序不能得到足够处理器时间来完成既定工作。
The use of RDMA enables direct updates in member host memory without requiring member processor time.
RDMA的使用支持成员主机内存中的直接更新，不需要成员处理器时间。
By itself, a build controller does not typically require a significant amount of processor time.
通常，生成控制器本身不需要很大的处理器时间量。
The ZLIB compression algorithm requires more processor time but works well when applied to more varied data.
ZLIB压缩算法需要更多的处理器时间，但适用于更具变化性的数据。
Select Background services so that all programs receive equal amounts of processor time. Follow these steps.
选择后台服务使所有程序都能获得相同的处理器时间。
These will give you an idea of how much processor time is spent servicing the network and if the DPC queue is growing.
这些信息可以让您了解网络占用的处理器时间以及dpc队列是否在增长。
Percentage of system CPU time percentage system time is the percentage of non-idle processor time spent in system mode.
PercentageofSystemCPUTime(系统CPU时间百分比)系统时间百分比是系统模式下非空闲处理器时间的百分比。
Your goal, though, is not to do as much as you can in the time available, but to use as little processor time as possible.
但是，我们的目标不是在这段时间内做尽可能多的工作，而是使用尽可能少的处理器时间。
Even though threads are executing within the runtime, all threads are assigned processor time slices by the operating system.
即使线程正在运行时中执行，所有线程都是由操作系统分配处理器时间片的。
If you are initializing an XML tree from code, it takes less processor time to use functional construction than to parse text.
如果要从代码初始化xml树，使用函数构造比分析文本所占用的处理器时间更少。
The third point, with a value of about 28%, represents the average server processor time with 300 active users accessing the server.
第三点，值在28%左右，它代表了当有300个用户访问服务器时平均的服务器处理器时间。
The fourth point, with a value of about 57%, represents the average server processor time with 500 active users accessing the server.
第四点，值在 57% 左右，它代表了当有 500 个用户访问服务器时平均的服务器处理器时间。
Processor: % Processor Time not over 80% longer then 10 min. (add or upgrade CPU's - preferably with large level2 cache like 2mb).
Processor： % Processor Time不超过10min的80%(添加或升级CPU—最好带有大容量level2缓存，比如2mb)。
We could spawn a new thread for each piece of data produced, but this would waste a lot of processor time starting and stopping threads.
可为所产生的每个数据片段生成一个新线程，但这会将大量处理器时间浪费在启动和停止线程上。
In some circumstances, using channel compression can reduce the amount of processor time spent encrypting data for SSL-based connections.
在某些情况下，使用通道压缩可以减少为基于SSL的连接加密数据花费的处理器时间。
Because each task can have its own logical processor, it receives considerably more processor time for the same given duration of the test.
因为每一个任务都有其自己的逻辑处理器，所以在同一给定的测试期间它会收到相当多的处理器时间。
The operating system uses the base-priority level of all executable threads to determine which thread gets the next slice of processor time.
操作系统使用所有可执行线程的基本优先级别来确定哪个线程获取处理器时间的下一个片段。
Threads are the basic unit to which an operating system allocates processor time, and more than one thread can be executing code inside that process.
线程是操作系统分配处理器时间的基本单元，并且进程中可以有多个线程同时执行代码。
Gets the total processor time that has been used by all threads while executing in the current application domain, since the application domain was created.
获取自当前应用程序域创建后，在该应用程序域中执行的所有线程已使用的总的处理器时间。
Gets the total processor time that has been used by all threads while executing in the current application domain, since the application domain was created.
获取自当前应用程序域创建后，在该应用程序域中执行的所有线程已使用的总的处理器时间。
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