查询词典 scheduling problem

In this paper we discussed discretely resource scheduling problem and the one in which the processing time has relation to the resources.

本文研究了具有离散资源约束的和加工时间依赖资源的这两类具有资源约束的排序问题。

In this study, we modify disjunctive graph to represent multiple-resource job shop scheduling and develop a branch-and-bound technique to solve this problem.

在本论文中，我们修改离散图形表示多资源零工式生产排程问题，并且发展新的分支界限技巧求解这类问题。

This research investigates a dual flow shop scheduling problem, which is in the context of allowing cross-shop processing.

本论文主要研究一个允许跨厂制造之双流线型工厂排程问题。

A dual resources-based scheduling problem of flexible production systems is studied with an objective of minimizing earliness and tardiness penalties.

本文以提前/延期惩罚最小为目标，进行了基于双重资源的柔性生产系统调度问题的研究。

First the different due dates earliness/tardiness scheduling problem with sequence dependent setup on a single machine is considered.

连铸机是钢铁企业炼钢—连铸生产阶段的关键设备，针对连铸机上的调度问题的特点，本文在第三部分研究了加工顺序依赖于设置时间的调度问题。

Genetic algorithm and three kinds of hybrid genetic algorithms are presented for parallel machines earliness/tardiness production line scheduling problem.

三。对并行机器生产线提前／拖后调度问题提出了遗传算法和三种混合遗传算法（基于进化交叉的遗传算法、基于模拟退火的遗传算法、基于进化交叉及模拟退火的遗传算法）。

In order to solve non-identical parallel machine earliness/tardiness scheduling problem with different due windows,a hybrid genetic algorithm based on sectional coding is suggested.

为有效地解决不同交货期窗口下的非等同并行多机提前/拖后调度问题，设计了一种分段编码的混合遗传算法。

Identical parallel machine earliness/tardiness scheduling problem with common due-date is studied.

摘要研究了带有公共交货期的并行多机提前/拖后调度问题。

In order to solve parallel multi-machine earliness/tardiness scheduling problem with same due date windows, a new genetic algorithm which is based on vector group coding method is designed.

针对相同交货期窗口非等同并行机提前/拖后调度问题，设计了一个基于向量组编码的遗传算法。

The flaws of current research in this field, such as purely mathematic decoupling of coupled tasks and empirism of resource scheduling are pointed out. Also some possible methods and strategies are put forward to improve the solution of task distribution problem in design-oriented project.

指出了该领域存在的不足，例如耦合任务集解耦数学化和资源分配尤其是设计型项目人力资源分配经验化等等，并就如何解决现存的问题给出了建议与策略。

"Second Life is remarkably easy to work with, and is very popular,"

"第二次生命是显着容易的工作，并且很受欢迎，"

For example, we usually assume that materials are homogeneous and isotropic and free of internal defects or flaws.

为了得到适合有限元分析的模型，我们必须经过如图2所示的简化步骤。