通过事件调度器。
The new scheduler debugging interface.
新的调度程序调试接口。
什么是调度器？
Create and modify tasks in the scheduler.
在调度程序中创建和修改任务。
Control/manage users with a queuing scheduler
用队列调度程序控制/管理用户
Now we'll examine the two scheduler tunables.
现在，讨论两个调度器可调项。
The main benefits of the new scheduler include
新调度器的主要好处包括
Modify the scheduler configuration as required.
根据需要修改调度程序配置。
There is no single "scheduler" module or routine.
没有单独的“调度器(scheduler)”模块或例程。
Discover services periodically by using a scheduler.
使用调度程序定期发现服务。
There are many different types of scheduler behaviors.
scheduler行为有很多种。
But we can still use a scheduler function at its heart.
不过我们还是可以在它的核心处使用scheduler函数。
Submits the task to the scheduler instance for creation.
将任务提交给调度程序实例以进行创建。
Let's start with a review of the 2.6 scheduler structures.
首先我们来回顾一下 2.6 版本的调度器结构。
The WLM scheduler just reads the kernel data and reports it.
WLM调度程序读取并报告内核数据。
Use the backup scheduler included in the backup software.
使用备份软件里内含的备份规划器。
The new scheduler does not have a big runqueue_lock anymore.
新的调度器现在不再有大的runqueue_lock。
The scheduler manipulates a limited number of Kernel threads.
该调度程序处理有限数量的内核线程。
First, the scheduler determines which VPS should get the CPU.
首先，调度器确定哪个VPS应该获得 CPU。
In short, the scheduler wasn't complex but was simple and fast.
简而言之，该调度器并不复杂但是简单快捷。
To schedule processes, OpenVZ includes a two-level CPU scheduler.
为了对进程进行调度，OpenVZ还包括了两级CPU调度器。
The generic scheduler finally provides the processor to this task.
通用调度器最后为此任务提供处理器。
LinSched is a Linux scheduler simulator that resides in user space.
LinSched是驻留在用户空间中的Linux调度器模拟器。
This is about the simplest weightless thread scheduler you could choose.
这大概就是您能够选择的最简单的轻便线程调度程序了。
The master HPC login node image includes components of the HPC scheduler.
主hpc登录节点映像包括HPC调度程序的组件。
RSDL USES priority queues like the vanilla scheduler, while CFS does not.
RSDL使用诸如vanilla调度程序这样的优先级队列，而CFS没有使用。
These classes (the scheduler modules) encapsulate the scheduling policies.
这些类（调度程序模块）封装了调度策略。
In the simple examples, all threads get equal attention from the scheduler.
在简单的示例中，所有线程都获得调度程序同等的关注。
Execute's actions will therefore be under the control of Kilim's scheduler.
因此，execute的操作将在Kilim的调度程序控制下进行。
For more information on the Linux 2.6 scheduler, see the Resources section.
有关Linux 2.6调度程序的更多信息，请参阅参考资料部分。
应用推荐