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Design and Implement a Fuzzy-Smith Control Notification Service Event Channel

机译:设计并实现模糊记录控制通知服务事件通道

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Notification Service Event Channel is sensitive to overload The Event Channel may become overloaded during temporary traffic peaks when more requests arrive than the Event Service is designed for. We address the problem from the perspective: control the number of events entering the system to guarantee the performance. First, design the fuzzy-smith controller for the system. Fuzzy-Smith Control, which adopts fuzzy logic inference and rule base, is very effective for the large delay-time system and robust to the changes of system parameters. Then, apply the controller to the simulation and obtain the results. Finally, we compare the proposed fuzzy-smith control with the Proportional Integral Smith (Pi-Smith) control by simulation. The results showed that the Fuzzy-Smith controller outperforms the Pi-Smith under such conditions that are different from the operating point chosen in the design.
机译:通知服务事件通道对过载很敏感。当到达的请求数量超出事件服务的预期范围时,在临时流量高峰期间,事件通道可能会变得过载。我们从以下角度解决问题:控制进入系统的事件数量以确保性能。首先,设计系统的模糊史密斯控制器。 Fuzzy-Smith控制采用模糊逻辑推理和规则库,对于大型延迟时间系统非常有效,并且对系统参数的更改具有鲁棒性。然后,将控制器应用于仿真并获得结果。最后,通过仿真将提出的模糊史密斯控制与比例积分史密斯(Pi-Smith)控制进行了比较。结果表明,在与设计中选择的工作点不同的条件下,Fuzzy-Smith控制器的性能优于Pi-Smith。

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