在此研究基础上，本文提出了在线任务预约重调度算法。
Based on this research, this paper proposed the on-line tasks reservation rescheduling algorithm.
基于事件驱动的调度实现方法具有很好的实时性与可重调度性。
Scheduling implement method based on event drive is easy for rescheduling in read time.
基于事件驱动的调度实现方法具有很好的实时性与可重调度性。
Scheduling implement method based on event drive is easy for rescheduling in read time. Practice application in Nanping Aluminum Works show...
通过对模糊神经网络训练，建立干扰和半导体生产线状态等输入参数与优化的重调度策略输出之间的映射关系。
The relation between the input of FNN, such as disturbance, system state parameters, and output of FNN, optimal rescheduling strategy, is built by FNN.
我们通过仿真实验来评价重调度策略，仿真结果证明在系统中存在多个故障的情况下，重调度策略可以得到很好的结果。
We evaluate the performance of rescheduling policy and the experiment results prove the rescheduling policy is able to achieve better performance when there are many faults in the system.
将重调度策略划分为半导体生产线、设备组和设备重调度层次，利用仿真评价确定优化的重调度策略，并获得样本数据。
The rescheduling strategies are divided into line layer, machine group layer and machine layer. The samples for FNN are setup by simulation evaluation.
在任务负载非常重时，处理器会因调度消耗掉大量的时间，用于任务本身的时间就非常少了。
At very high loads, the processor can be consumed with scheduling and devote little time to the tasks themselves.
新的调度器解决上述问题的方法是，基于每个 CPU 来分布时间片，并且取消了全局同步和重算循环。
The new scheduler addresses these issues by distributing timeslices on a per-CPU basis and eliminating the global synchronization and recalculation loop.
在2.4版本的调度器中，时间片重算算法要求在所有的进程都用尽它们的时间片以后，它们的新时间片才会被重新计算。
In the 2.4 scheduler, the timeslice recalculation algorithm requires that all processes exhaust their timeslice before their new timeslices can be recomputed.
供水管网水质安全性评价对于提高供水调度与管理水平十分重要。
The evaluation of water quality in water distribution network was very important to improve the dispatching and management for water supply.
船进入第一个船闸后，调度员关闭800吨重的门。
After the ship enters the first lock, the controllers close the 800 ton doors.
实现了虚拟漫游系统中的一些关键的调度算法，主要包括全景图的快速重投影算法、虚拟对象的智能预测算法和内存调度算法。
The paper realizes many significant scheduling algorithms mainly including rapid panorama reflection, intelligent virtual objects prediction and memory schedule in virtual walkthrough system.
车间生产调度在企业生产经营活动中占有十分重要的地位。
Job Shop Schedule plays a great role in the production activity of an enterprise.
精确的负荷预测，对电力系统的生产安排、经济调度和安全分析都起着十分重要的作用，也直接影响着电力企业的经济效益。
Accurate STLF plays an important role for planning, economical scheduling and security analysis in production, which directly influences the profit of the electric utility enterprises.
探讨如何充分利用开拓巷道掘进宽度，并巧妙运用简易（移动）道岔解决空、重车的调度，达到灵活、快捷、经济等良好效果。
This article research how to make the most of development roadway's drivage width, by using simple turnout to solving empty and heavy mine car dispatching, and gain the easy, quick, economic end.
飞来峡水库的洪水预报和调度在北江流域的江河水库联合调度中十分重要，因此研究其洪水预报模型具有重要的意义。
Flood forecast and operation of Feilaixia Project are essential in joint operation of reservoirs in the North River Basin, hence, it is of important significance to study its flood forecast model.
该文提出了一个新的全局调度策略，通过权重的重置，保持权重的相对平衡性，有效地消除了重尾现象。
We present a new global scheduling strategy, weights resetting, to balance the weights of constraints and eliminate heavy-tailed behavior in distributed problem solving.
精确的负荷预测对于电力系统的生产安排、经济调度和安全分析都起着十分重要的作用。
Accurate short-term load forecasting plays an essential role in planning, economical scheduling and security analysis in production.
针对现有电梯调度算法存在的重服务效率轻节能的不足，提出了一种基于电梯等待时间的电梯节能调度方法。
A new elevator scheduling technique based on waiting-time for energy saving is presented as a solution to the disadvantages of existing elevator scheduling algorithms.
针对现有电梯调度算法存在的重服务效率轻节能的不足，提出了一种基于电梯等待时间的电梯节能调度方法。
A new elevator scheduling technique based on waiting-time for energy saving is presented as a solution to the disadvantages of existing elevator scheduling algorithms.
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