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Sequence generation of discrete event system and logic controller and its applicability to fault detection

机译:离散事件系统和逻辑控制器的序列生成及其对故障检测的适用性

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In this paper, a sequential control system controlled by a logic controller is considered as an example. Incompleteness of the system model is given by nondeterministic representation which is modeled by a set-valued function. Therefore, the plant model has more than one transition in each state of it. We propose algorithms to construct the state space of the closed loop system of the plant model and the logic controller. Applying the proposed algorithms to an illustrative example, we show applicability to fault detection when an unpredicted state is generated.
机译:本文认为,由逻辑控制器控制的顺序控制系统被认为是示例。系统模型的不完整性由非定值表示给出,该表示由设定值函数建模。因此,植物模型在每个状态下具有多于一个过渡。我们提出了构造工厂模型和逻辑控制器的闭环系统的状态空间的算法。将所提出的算法应用于说明性示例,我们将在生成未预测状态时显示对故障检测的适用性。

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