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  • Discusses thread priorities and how they affect thread scheduling.

    讨论线程优先级及它们如何影响线程调度。

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  • Thread scheduling in the JLS is imprecise and provides only 10 priority values.

    JLS中的线程调度并不精确而且只提供了10个优先级值。

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  • The thread t is then removed from the wait set for this object and re-enabled for thread scheduling.

    然后,从对象的等待集中删除线程t,并重新进行线程调度。

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  • The mechanism by which a thread waits on a semaphore is part of the overall management of thread scheduling.

    一个线程等待一个信号的机制。是线程管理的一部分。

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  • In order to implement this algorithm, this paper designed a user-level thread scheduling application framework.

    为了实现这一算法,本文设计了一种用户级的应用线程调度框架。

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  • On the other hand, you have more direct control over choices related to thread scheduling since you use the thread API directly.

    另一方面,您对于与线程调度有关的选择也有更多直接控制,因为您可以直接使用线程api。

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  • To improve schedule efficiency and performance of multi-core processor system, a new thread scheduling algorithm is presented.

    为提高多核处理器系统的调度效率,充分发挥多核处理器的性能,提出了一种新的线程调度算法。

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  • The Linux kernel performs thread scheduling based on static controls, such as thread priority levels, and on certain dynamic conditions of the threads executing in the system.

    Linux核心可以根据静态控制(如线程优先级级别)和系统中执行的线程的某些动态条件下来执行线程调度。

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  • Parallelism is introduced by running the main thread scheduling child threads for each task so that the tasks execute concurrently while each thread execute the task synchronously.

    并行性是通过运行主线程为每一个任务调度执行的子线程而实现的,这样任务就会并发执行,而每一个线程是同步执行任务的。

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  • POSIX allows you to create POSIX threads (pthreads) with different thread scheduling policies and priorities to meet differing application needs. Three such scheduling policies are.

    POSIX允许您创建具有不同线程调度策略和优先级的POSIX线程(pthreads)以满足不同应用程序的需求。

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  • Use top and other system management tools to verify that scheduling appears to be correct, and ask your Linux vendor or users' group specific questions about practical thread scheduling.

    请使用top和其它系统管理工具来验证调度是正确的,关于实际使用的线程调度方面的具体问题,请向您的Linux供应商或用户组询问。

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  • This paper proposed a packet processing engine architecture called NRS05, that promotes the efficient dynamic thread scheduling for hiding long latency operations and coping with pipeline stalls.

    本文介绍了一个专门面向网络协议处理的硬件多线程包处理微引擎NRS05的设计。

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  • One benefit of thread pools is that they generally perform well relative to the alternative scheduling mechanisms, some of which we've already discussed.

    线程池的一个优点在于:相对于其它替代调度机制(有些我们已经讨论过)而言,它们通常执行得很好。

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  • Both new thread types also typically use a FIFO (first-in, first out) scheduling policy instead of the familiar round-robin scheduling used by JVMs running on most OSs.

    两种新线程类型都是用FIFO(先进先出)调度策略,而不是在大部分OS上运行的JVM所使用的熟悉的循环调度策略。

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  • 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。

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  • 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。

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  • One issue that was found after the release of MacRuby 0.6 seems to cause problems with scheduling a block to run on the main thread from a background thread.

    MacRuby 0.6发布之后,用户发现了一个问题,在运行某代码段的时候,从后台线程切换到主线程会导致程序崩溃。

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  • A lock release or lock notify operation is analogous to a scheduling dispatch operation in the sense that the thread at the head of the highest-priority queue is acted on.

    锁释放或锁notify操作与调度分派操作类似,因为都是对最高优先级队列头部的线程起作用。

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  • User level thread is the higher level user scheduling unit supported by kernel thread, it supports concurrent execution of user programs.

    用户级线程是在核心线程的支持下建立的更高层次的用户调度单位,能较好地支持用户程序的并发执行。

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  • Each thread maintains exception handlers, a scheduling priority, and a set of structures the system USES to save the thread context until it is scheduled.

    每个线程都维护异常处理程序、调度优先级和一组系统用于在调度该线程前保存线程上下文的结构。

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  • 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?

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  • If a thread with system-level scheduling contention is desired, a new KSEG with a concurrency level of one can be created for that thread.

    如果进程希望创建一个系统级调度的线程,会为这个线程创建一个新的并行级别为一的KSEG。

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  • In addition, each thread maintains exception handlers, a scheduling priority, and a set of structures in which the system saves the thread context while the thread is waiting to be scheduled.

    另外,每个线程都维护异常处理程序、安排优先级和一组结构,线程等待安排时系统在这些结构中保存线程上下文。

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  • In addition, each thread maintains exception handlers, a scheduling priority, and a set of structures in which the system saves the thread context while the thread is waiting to be scheduled.

    另外,每个线程都维护异常处理程序、安排优先级和一组结构,线程等待安排时系统在这些结构中保存线程上下文。

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