System has various integrated process scheduling algorithm, is very good.
此系统有各种进程调度的综合算法，非常好。
Deepen our understanding of multi-level feedback queue process scheduling algorithm.
加深理解多级反馈队列进程调度算法。
First the establishment of mathematical model for the FCFS process scheduling algorithm, then theoretical analysis on the model and last experimental simulation.
本文先建立了FCFS进程调度算法的数学模型，再对模型先进行理论分析和实验模拟。
This has the vital significance to catch on the kernel layer of operating system, to dialyse process principle, to discover and study the new Scheduling Algorithm.
这对深入理解操作系统核心层，透析进程原理，发现和研究新的调度算法具有重要意义。
Meanwhile, applying the algorithm to the process of dispatching can improve the scheduling efficiency of requests and cache hit ratio of nodes.
同时，在集群分发过程中应用该算法，可提高请求的调度效率和节点的缓存命中率。
Jobs Scheduling process of parallel computing involve in two ways of Scheduling system Scheduling Policy and Scheduling algorithm.
在并行计算的作业调度过程中，涉及到调度系统两个方面的内容：调度策略和调度算法。
On the basis of analyzing process node's time attribute, through the time scheduling algorithm, it achieves workflow management and control of process time based on process node.
在对流程节点时间属性分析的基础上，通过流程节点的时间调度算法实现对流程的基于流程节点的时间管理与控制。
The simulation example is an optimization scheduling of a certain product development process, and the result shows the feasibility of the algorithm.
验证实例是某产品开发活动优化调度过程，结果表明了该算法的可行性。
Simulation results show that the algorithm illustrated in this paper has a prospective future in the applications to such complex optimization problems in process scheduling.
计算机仿真结果表明，对于这一类复杂的柔性流程工业生产调度优化问题，本文提出的方法具有很好的实际应用前景。
But in the real production scheduling process, faced with complex processing environment and resource constraints, we need to design a effective algorithm to solve the scheduling problem.
然而在现实生产调度过程中，面临着复杂的加工环境和资源约束，需要设计出一种有效地算法来解决生产调度问题。
Chapter 5 primarily studies the core node's scheduling algorithm with many DSP parallel process.
第五章研究了核心节点调度算法的多dsp并行处理。
A yield driven clock skew scheduling algorithm is proposed in presence of process variations.
针对工艺参数变化的情况，提出一种成品率驱动的时钟偏差安排算法。
The use of " short process priority" scheduling algorithm for five scheduling process.
详细说明： 1。采用“短进程优先”调度算法对五个进程进行调度。
This proposed algorithm adaptively chose scheduling strategies through dynamically monitoring load balance degree of system in the process of scheduling.
算法通过在调度过程中动态监测系统的负载平衡度，自适应地选择任务调度策略。
In addition, MCUD algorithm adjusted the sub-deadline of successive tasks dynamically during the scheduling process.
同时，在调度的过程中动态地调整后续任务的子最后期限。
In addition, MCUD algorithm adjusted the sub-deadline of successive tasks dynamically during the scheduling process.
同时，在调度的过程中动态地调整后续任务的子最后期限。
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