Control and monitoring of large discrete event systems: a generic approach (to EMS)

M. Courvoisier, M. Combacau, A. de Bonneval
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引用次数: 9

Abstract

This paper deals with a hierarchical and modular structure for real time control and monitoring of large discrete event systems. The first aspect of these works concerns the complexity of the physical process to be controlled: the whole process is split up into more simple subproblems. This splitting up procedure is recursive and stops when the resulting subprocesses are simple enough to be solved. The resulting control structure is a tree-like structure of control subsystems in which the abstraction level of each node is decreasing from the root to the leaves. In the proposed approach, each node of the tree-like structure is not only a control system but also a control and monitoring system called a 'control and monitoring module'. In fact, each node is the root of a part of the tree-like structure and implements all the functions necessary for real time control and monitoring.<>
大型离散事件系统的控制和监测:通用方法(EMS)
本文研究了一种用于大型离散事件系统实时控制和监测的分层模块化结构。这些作品的第一个方面涉及到要控制的物理过程的复杂性:整个过程被分解成更简单的子问题。这个拆分过程是递归的,当生成的子进程简单到可以求解时就会停止。得到的控制结构是控制子系统的树状结构,其中每个节点的抽象级别从根到叶递减。在提出的方法中,树状结构的每个节点不仅是一个控制系统,而且是一个控制和监测系统,称为“控制和监测模块”。实际上,每个节点都是树状结构的一部分的根,并实现了实时控制和监视所需的所有功能
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