A method of task migration is proposed for dynamic task scheduling algorithm of distributed measurement and control system.
针对分布式测控系统动态任务调度算法，提出了一种任务迁移的方法。
Task matching and scheduling is a key technology of distributed system, and the problem is being resolved with genetic algorithms these years.
任务分配与调度是分布式系统中的关键问题，应用遗传算法来解决这一问题是近年来出现的新思路。
In order to carry out dynamic task scheduling effectively, the method of name and orientation is provided for tasks of distributed measurement and control system.
为了有效地实施动态任务调度，需要对分布式测控系统中的每一个任务进行命名与定位。
Then construct a distributed job shop scheduling system around the shop scheduling algorithm, so that it can be applied in practice.
接着围绕车间调度算法构建了分布式的车间调度系统，使其能在实际中得到应用。
Dynamic task scheduling is a key technology of distributed measurement and control system.
动态任务调度是分布式测控系统中的一项关键技术。
A dynamic scheduling algorithms studied in references are based on centralized grid system or part-distributed grid system, in which there are center node (s) to manage resources.
目前研究的动态任务调度算法都基于集中式或部分分布式网格系统，系统中心节点(组)进行资源管理。
The Contact Net Protocol (CNP) based on Multi-Agent System (MAS) is fit for the distributed manufacturing systems in Virtual Enterprise (VE) to solve scheduling and controlling problem.
虚拟企业复杂多变的分散制造环境，适合采用多智能体系统的技术，并应用合同网协议进行生产过程的计划与调度。
Timely scheduling mechanism overcomes the drawbacks of traditional scheduling algorithms in many real-time systems, so it can reduce the cost of constructing the Embedded Distributed real-time system.
及时调度机制克服了经典实时调度算法的不足，可以降低嵌入分布式实时系统的构建成本。
To improve the system performance and execute the applications that users submit, the optical network based distributed computing system needs an efficient task scheduling algorithm.
为了能够提高系统效率，尽快的执行用户提交的应用，基于光网络的分布式计算系统需要一个有效的调度算法。
To improve the system performance and execute the applications that users submit, the optical network based distributed computing system needs an efficient task scheduling algorithm.
为了能够提高系统效率，尽快的执行用户提交的应用，基于光网络的分布式计算系统需要一个有效的调度算法。
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