Most job shop scheduling algorithms deal with static scheduling, but in reality the shop is dynamic.
目前多数作业车间调度算法考虑的是静态调度，但在实际生产中车间总是处于动态变化中。
The static scheduling with "Interrupt Affinity" is adopted to balance the load among processors, and to reduce the cache misses due to .
为此，采用“中断亲和”的静态调度方法来均衡处理器负载，并降低调度引起的高速缓存命中失败率。
Dynamic scheduling inevitably brings much overhead, however, it is very difficult to keep the load balance among processors if only static scheduling is used.
采用动态调度势必增加额外开销，纯采用静态调度又很难保证各处理器的负载平衡。
On the basis of proceduring job network, this paper proposes a three-layers loads balance model include "overall scheduling-static scheduling-dynamic scheduling".
在可调度的过程化作业网络的基础上提出了“全局调度-静态调度-动态调度”的三层负载平衡调度模型。
The static scheduling algorithm, a part of hybrid model can schedule tasks with fault tolerant requirements together with those without fault tolerant requirements.
该算法能同时调度具有容错需求的实时任务和无容错需求的实时任务。
According to whether the parameters of the jobs are given before-hand, scheduling problem can be grouped as static scheduling problem and dynamic scheduling problem.
根据所有任务的参数是否是预先给定的可分为：静态排序问题和动态排序问题。
The queue algorithm is described to reduce the disturbance of the stochastic factors and combine the static scheduling and dynamic control. This can improve the production ability and efficiency.
采用排队论的优化方法，降低诸多随机因素的干扰，将静态计划和动态调度相结合，充分发挥车间生产能力，提高生产效率。
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。
Finally, an algorithm for acquiring optimal sampling frequencies and static optimal scheduling algorithm are presented.
最后，给出了求优化采样频率的算法和控制系统的静态优化调度算法。
This paper studies the dynamic hoist scheduling problem and proposes a heuristic method, which method solves the dynamic problem through the solution of a series of static problems.
研究了单抓钩动态排序的问题，提出一个启发式算法，该算法是通过解一系列静态问题来解动态问题的。
Static priority scheduling is widely used in real-time systems.
静态优先级调度在实时系统中得到了广泛应用。
Resource in the grid environment is dynamic. The traditional static job scheduling algorithm is not suitable for it.
网格中的资源都是动态的，传统的静态任务调度算法不能适应网格的动态特性。
In order to achieve this, scheduling models should be set up for hard real-time CORBA systems with static priority and periodic tasks.
为了更好地定量分析可预测性，需要为以固定优先级方式调度的、周期性任务的硬实时CORBA系统建模。
Static task scheduling can be implemented by hand or by algorithms.
采用调度算法自动地将任务分配给处理机。
So it is important to analyze and build the reliability model, and the reliability of the system would be a important index for the static task scheduling and the dynamic task scheduling.
实时的得到系统的可靠性指标也是系统进行任务分配和重构的必要条件。
So it is important to analyze and build the reliability model, and the reliability of the system would be a important index for the static task scheduling and the dynamic task scheduling.
实时的得到系统的可靠性指标也是系统进行任务分配和重构的必要条件。
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