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Recoverability of faulty discrete event systems

机译:故障离散事件系统的可恢复性

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Here we discussed recoverability of faulty discrete event systems. A faulty discrete event system includes the healthy dynamics and the faulty dynamics. In faulty modes, the performance of the system often degrades. Hence we need to execute some recovery actions to recover the performance of the system. Recovery actions may be renewing/repairing the faulty device or re-configuring the healthy devices. Generally recovery actions can be fired not for all the time, but for some time. They were modeled as a mapping from the state set of the faulty mode to a binary set in which 1 means recovery actions can be fired and 0 means recovery actions cannot be fired. Then we defined two types of recoverabilities: recoverability and weak recoverability. Recoverability means we periodically have chances to do recovery actions and weak recoverability means we have at least one chance to do recovery actions when the system has a fault. With observer technology, we proposed criteria to check these two types of recoverabilities.
机译:在这里,我们讨论了故障离散事件系统的可恢复性。错误的离散事件系统包括健康的动态和错误的动态。在错误的模式下,系统的性能通常会降低。因此,我们需要执行一些恢复操作来恢复系统的性能。恢复操作可能正在续订/修复故障设备或重新配置健康设备。通常可以在所有时间触发恢复操作,但是一段时间。它们被建模为从故障模式的状态集到二进制集的映射,其中可以解雇1表示恢复动作,并且0表示无法触发恢复操作。然后我们定义了两种类型的回购行为:可恢复性和可恢复性弱。可恢复性意味着我们定期进行恢复行动的机会,并且弱的可恢复性意味着当系统具有故障时,我们至少有一次执行恢复行动的机会。通过观察者技术,我们提出了检查这两种复位的标准。

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