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The self-tuning fuzzy PID to regulate the steam temperature in real-time process

机译:自整定模糊PID在实时过程中调节蒸汽温度

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Conventional steam distillation is lack of control in order to satisfy the process requirement. In steam distillation process is regarded as the most significant parameter that contributes to the amount of output yield and quality of oil. An appropriate controller needs to integrate to the plant in order to regulate the steam temperature at desired or appropriate condition. This study demonstrated several controllers which are self-tuning fuzzy PID (STFPID) and hybrid fuzzy PD with PID (HFPPID) controller in order to improve the output controller performance compared to the conventional PID controller. Initially, this controller is proposed to reduce the overshoot of output, improve the rise and settling time and reduce a steady-state error of the step response. The performance from demonstrated controller shows that STFPID has the ability to improve process rise time, settling time and reduce of steady-state error and process overshoot compared to others.
机译:为了满足工艺要求,常规的蒸汽蒸馏缺乏控制。在蒸汽蒸馏过程中,最重要的参数被认为是有助于提高产量和油品质量的参数。需要将适当的控制器集成到设备中,以便将蒸汽温度调节到所需或适当的条件下。这项研究演示了几种控制器,它们是自调节模糊PID(STFPID)和带有PID的混合模糊PD(HFPPID)控制器,以便与常规PID控制器相比提高输出控制器的性能。最初,该控制器的提出是为了减少输出的过冲,改善上升和建立时间并减少阶跃响应的稳态误差。演示过的控制器的性能表明,与其他控制器相比,STFPID具有改善过程上升时间,建立时间并减少稳态误差和过程过冲的能力。

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