时间约束下离散事件系统的故障诊断

Mohamed Fri Fouad Belmajdoub, D. Lefebvre
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引用次数: 2

摘要

研究了时间约束下离散事件系统的故障诊断问题。DES包含一系列任务,每个任务具有良好定义的时间间隔,这些任务是在系统的重复运行期间收集的。重复运行使我们能够计算每个任务的平均函数时间。目标是提出一种算法来验证系统中每个单独任务的正确行为。为了说明算法的原理,我们将用两个具体的例子来应用它。该算法易于实现和操作,适用于各种类型的系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fault Diagnosis of Discrete Event Systems under Time Constraints
This paper is about the fault diagnosis of discrete event systems (DES) under time constraints. The DES contains a series of tasks with well-defined time intervals for each, collected during repetitive runs of the system. The repetitive runs allowed us to calculate average function time for each task. The objective is to propose an algorithm that verifies the correct behavior of each individual task within the system. To illustrate the principal of the algorithm, we will apply it with two concrete examples. This algorithm is easy to implement and operate, and is very useful for all types of systems.
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