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首页> 外文期刊>IEEE Transactions on Automatic Control >Design of nonblocking modular supervisors using event priorityfunctions
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Design of nonblocking modular supervisors using event priorityfunctions

机译：使用事件优先级功能设计无阻塞模块化主管

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A new scheme for the modular control of discrete event systems is presented and studied. This scheme, called modular control with priorities (MCP), is an extension of earlier works on modular control in the realm of the supervisory control theory of discrete event systems. The key feature of this scheme is the use of a priority mechanism based on the priority functions of individual supervisors in the process of combining the control actions of individual supervisors. This approach is motivated by both theoretical and practical considerations. The main objective is to use priority functions to mitigate or eliminate the problem of blocking that originates in conventional modular control. In this paper, we first show how to design individual supervisors so that they can operate under MCP. We then show how MCP operates and discuss the resulting properties of this approach. Finally, we present several algorithms for priority assignment to obtain nonblocking behavior under MCP. A motivating example from the area of telecommunications is given
机译：提出并研究了离散事件系统模块化控制的新方案。该方案称为优先级模块化控制（MCP），是对离散事件系统的监督控制理论领域中早期模块化控制工作的扩展。该方案的关键特征是在结合单个主管的控制动作的过程中，使用基于单个主管的优先功能的优先机制。这种方法是出于理论和实践的考虑。主要目的是使用优先级功能来减轻或消除源自常规模块化控制的阻塞问题。在本文中，我们首先展示如何设计个人主管，以便他们可以在MCP下运作。然后，我们展示MCP的运作方式，并讨论这种方法的结果。最后，我们提出了几种优先级分配算法，以在MCP下获得非阻塞行为。给出了一个电信领域的激励例子

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