1·The tasks can be grouped together to form entities, and the scheduler would be fair to these entities and then to the tasks in those entities.
可以将任务进行分组，形成多个实体，调度程序将平等对待这些实体，继而公平对待实体中的任务。
2·Depending upon our job scheduler we would make both 6k jobs wait or run one of them in the 10k region.
我们可使两个6k作业等待，或者把其中一个在10 K区运算，视我们作业的调度程序而定。
3·There are some environmental variables you can tune to increase performance on the scheduler, which are out of scope on this article.
您可以优化某些环境变量来提高调度程序的性能，但这已超出本文的论述范围。
4·The part of the kernel called the scheduler swaps jobs in and out so that they all get a turn.
内核中称为调度程序的部分将工作换进换出，从而让所有工作都获得一轮执行。
5·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。
1·By the event scheduler.
通过事件调度器。
2·The various garbage collection implementations use different strategies for identification and reclamation of unreachable objects, and they interact differently with the user program and scheduler.
不同的垃圾收集实现使用不同的策略来识别和收回不可到达的对象，它们与用户程序和调度器以不同的方式互动。
3·And like the TPL you can replace the default scheduler with a custom implementation.
与TPL一样，你可以使用客户化实现替换掉默认的调度器。
4·An important goal of a scheduler is to allocate CPU time slices efficiently while providing a responsive user experience.
调度器的一个重要目标是有效地分配CPU时间片，同时提供很好的用户体验。
5·Therefore the requirement for Compute Grid to integrate with the existing enterprise scheduler was non-negotiable.
因此，对于计算网格与现有企业调度器集成的需求是必不可少的。