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Design and experimental evaluation of a predictive PID controller

机译:预测PID控制器的设计和实验评估

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PID control schemes have been widely used in most process industries. Since the control performance strongly depends on PID parameters, it is important to suitably choose a set of these parameters. Especially, it is difficult to determine these parameters in the case where the time-delay is unknown and/or large. On the other hand, it is well-known that the generalized predictive control(GPC) design method effectively works for such systems. Then, a new PID tuning scheme(GPC-PID) which is derived from the relationship between the GPC and the PID control laws is explained in this paper. The GPC-PID controller has a user-specified parameter, and it is adjusted from the viewpoint of the robust stability. The effectiveness of the GPC-PID controller is verified by application to a temperature control system whose time-delay can be changed to test the control scheme.
机译:PID控制方案已在大多数过程工业中广泛使用。由于控制性能强烈取决于PID参数,因此重要的是适当选择一组这些参数。特别地,在时间延迟未知和/或较大的情况下,难以确定这些参数。另一方面,众所周知,广义预测控制(GPC)设计方法可有效地用于此类系统。然后,阐述了一种新的PID调节方案(GPC-PID),该方案是根据GPC与PID控制律之间的关系得出的。 GPC-PID控制器具有用户指定的参数,并且从鲁棒稳定性的角度对其进行了调整。通过将GPC-PID控制器应用于温度控制系统来验证其有效性,该系统的时间延迟可以更改以测试控制方案。

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