Part of the solution is to implement per-CPU scheduling queues.
这个问题的解决方案是实现单cpu调度队列。
CPU scheduling is the key factor affecting the performance of operating systems.
CPU调度是影响操作系统性能的关键因素。
In this paper, its strategies for job and CPU scheduling are discussed, and its unique algorithms are analyzed.
本文着重分析了它的作业调度策略和CPU调度策略，以及它所采用的独到算法。
This section shows how you can change some of the CPU scheduling parameters, which are used to calculate the priority value for each thread.
这部分内容介绍了如何更改用于计算每个线程优先级值的CPU调度参数。
The kernel implements a novel scheduling algorithm that operates in constant time, regardless of the number of threads vying for the CPU.
内核实现了一种新型的调度算法，不管有多少个线程在竞争CPU，这种算法都可以在固定时间内进行操作。
On the other hand, in the case of CPU, the input from the WLM scheduler about CPU usage is read by the kernel to make scheduling decisions.
另一方面，对于CPU，内核要从wlm调度程序读取关于CPU使用量的输入，以便做出调度决策。
In a high performance cluster, a high priority is placed on scheduling, as it is important to maximize CPU utilization across all nodes when working with complex computational problems.
在高性能集群中，调度更为重要，因为在处理复杂计算问题时，这对最大化所有节点的CPU利用率来说非常重要。
To ensure that important processes don't get starved out by CPU hogs, the selection is done based on a scheduling priority.
为了确保重要的进程能够得到CPU，这种选择是基于调度优先级 进程的。
When the thread that has the lock leaves the critical section, the suspended thread needs to be woken up. The thread will need to be re-scheduling and context switched back into the CPU.
当拥有锁的线程离开临界区的时候，挂起的线程需要被重新唤醒，然后重新被调用，并交换上下文，回到CPU调度中。
At the heart of NetKernel is a RESTful or resource-oriented microkernel responsible for resolving logical URI requests to physical code endpoints and scheduling the request on an available CPU core.
NetKernel的中心是一个REST风格或面向资源的微核，专门负责为物理代码解析逻辑uri请求并在空闲的CPU上安排执行请求。
Is there any way I can set a lower priority or a different scheduling (or combination of both) so the main thread has more CPU time to run?
我有什么办法可以设置一个低优先级或不同的调度(或两者)，主线程有更多的CPU时间来运行？
The BACKFILL algorithm is not efficient for the CPU utilization of job scheduling in parallel system.
BACKFILL方法在并行作业调度时并不能有效地的利用CPU资源。
The model of proportional feedback scheduling should decrease the pre-consumption of CPU resource, decrease the number of control algorithm version and increase the flexibility of control system.
应用比例反馈调度算法，减少了CPU资源的预消耗，不需要多个控制算法版本，同时增加了系统的灵活性。
Long lock hold times also keep the current processor from scheduling, meaning that a higher priority process-which really should be able to get the CPU-may have to wait.
对锁较长时间的控制也会使处理器违反计划调度，也就是说，这会导致一个拥有较高优先级的进程不得不等待CPU。
The scheduling of a task is based on its current state and priority. Each is dispatched to the CPU for periods of time determined by scheduling algorithm.
任务的调度是基于它的当前状态和优先级，是根据调度算法提供的时间片来分配CPU的。
When a CPU connects with more than two nodes, two classes of NCS's scheduling, task scheduling and network scheduling are investigated.
针对单cpu多节点连接方式，把NCS中的调度问题分为了任务调度和网络调度两类。
When a CPU connects with more than two nodes, two classes of NCS's scheduling, task scheduling and network scheduling are investigated.
针对单cpu多节点连接方式，把NCS中的调度问题分为了任务调度和网络调度两类。
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