就CFS部分而言，调度函数非常简单。
The scheduling function is quite simple when it comes to the CFS portion.
阐述了人工神经网络的基本原理，提出了建立水库优化调度函数的BP网络模型。
Based on the explanation on principle of artificial neural network, the BP network model for reservoir operation rules is established.
论文根据隐随机优化的特点，借鉴水库调度函数的定义方法，提出了灌溉优化函数的概念。
Using the method of implicit stochastic optimization and comparing the concept of reservoir regulation function, the irrigation optimization function was proposed.
模型涉及了功效函数、耦合度函数、耦合协调度函数和城市化-生态环境耦合评价指标体系以及人工神经bp网络。
These models were designed with efficacy function, coupling degree function, coordination degree function, urbanization-ecological environment index system and artificial neural network BP.
您将使用此函数根据传给函数的输入创建调度标记。
You'll use this function to have a dispatch tag created for you based on the inputs you send to the function.
dequeue _ task：当某个任务退出可运行状态时调用该函数，它将从红黑树中去掉对应的调度实体，并从nr_running变量中减1。
Dequeue_task: When a task is no longer runnable, this function is called to keep the corresponding scheduling entity out of the red-black tree. It decrements the nr_running variable.
set_curr_task：当任务修改其调度类或修改其任务组时，将调用这个函数。
set_curr_task: This function is called when a task changes its scheduling class or changes its task group.
函数 pick_next_task选择要执行的下一个任务（取决于调度类的具体策略）。
The function pick_next_task chooses the next task to execute (depending upon the particular policy of the scheduling class).
这时需要调用函数tasklet_enable来实现微线程可被调度。
This requires that the tasklet_enable function be invoked to make the tasklet schedulable.
每个调度程序模块需要实现struct sched_class建议的一组函数。
Each scheduler module needs to implement a set of functions as suggested by struct sched_class.
当schedule函数开始确定下一个要调度的任务时，它会调用 pick_next_task 函数。
When the schedule function comes to identifying the next task to schedule, it calls the pick_next_task function.
CFS调度模块使用它进行组调度，而用于实时任务的调度模块则不会使用这个函数。
The CFS scheduling module uses it for group scheduling, while the scheduling module for a real-time task does not use it.
在这种调度器中，调度任务所花费的时间是一个系统中任务个数的函数。
In this type of scheduler, the time it takes to schedule a task is a function of the number of tasks in the system.
调度类定义一个通用函数集(通过sched_class)，函数集定义调度器的行为。
A scheduling class defines a common set of functions (via sched_class) that define the behavior of the scheduler.
构造函数用于将数据传递给sqrt类，并初始化作业调度器上的所有本地资源。
The constructor is used to pass data to the class and initialize any resources that are local to the job dispatcher.
可以分别利用函数tasklet_enable和函数tasklet _disable实现允许和禁止一个微线程(从调度的角度)。
You can enable and disable a tasklet (from a scheduling perspective) using the tasklet_enable and tasklet_disable functions, respectively.
因为线程调度程序真的等同于“执行a，接着执行b，然后执行c，等等”的指令，所以要在主函数中创建一个完全并行的情况也不困难。
Since the thread scheduler really amounts to instructions to "do a, then do B, then do c, etc." it was not difficult to create an entirely parallel case in a main function.
在这里name是work_struct的名字，function是当任务被调度时调用的函数，data是指向那个函数的指针。
Where name is the work_struct name, function is the function to be invoked when the task is scheduled, and data is the pointer to that function.
将进程置为睡眠状态的普通方法是将进程状态设置为TASK_INTERRUPTIBLE或TASK_UNINTERRUPTIBLE并调用调度程序的schedule函数。
The normal way to put a process to sleep is to set the process's state to either TASK_INTERRUPTIBLE or TASK_UNINTERRUPTIBLE and call the scheduler's function schedule .
这个类的构造函数可以带有可选的优先级参数和释出(release)参数，以此来定义JVM如何调度线程。
The constructor of this class takes optional priority and release parameters to define how the JVM should schedule the thread.
当该模块被卸载，函数tasklet _ kill将被调用来保证微线程不处于可调度状态。
When the module is unloaded, the tasklet_kill function is called to ensure that the tasklet is not in a schedulable state.
未能从SSPI取得安全函数表调度地址。
Failed to obtain security function table dispatch address from SSPI.
基于对问题的分析，证明了这一问题等价于单机调度中极小化类似的延迟量函数。
Through the analysis of the problem, it is proved that the problem is equivalent to a single-machine scheduling for minimizing an analogous function of delay.
本文讨论了机器随机故障的情形下一类目标函数的调度问题。
In this paper, a scheduling problem with a class of objective functions on a single machine which is subjected to stochastic breakdowns is discussed.
主要研究两台机器环境下的以加权完工时间和为目标函数的越库调度问题。
The paper studies the schedule problem of cross docking distribution in the situation of two machines, which objective function is the total weighted completion time.
通过约束变换、引入操作批量的函数和松弛物料存贮能力约束，将调度问题分解为一个两层次的优化问题。
The problem is decomposed into a two-level optimization problem by constraints substitution introduction of functions of batch sizes and relaxation of material balance constraints.
最后，利用软件编译环境编写各个模块与处理器的接口函数，从而完成系统功能的集成调度，并进行软件调试，最终完成课题。
Finally, compiled interface functions of each module and processor by the software debugging, complete the integrated scheduling of the system, and finally accomplished the study.
最后，利用软件编译环境编写各个模块与处理器的接口函数，从而完成系统功能的集成调度，并进行软件调试，最终完成课题。
Finally, compiled interface functions of each module and processor by the software debugging, complete the integrated scheduling of the system, and finally accomplished the study.
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