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Modelling, simulation and control of quadruple tank process

机译:四罐工艺过程的建模,仿真和控制

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Simple processes with only one output that may controlled by one input (variable) are known as single input single output process. But many processes are not such simple. They have more than one input (variable) and one output, which are called Multi Input-Multi Output (MIMO) processes. Common MIMO systems have some difficulties, such that they are large and complex. In addition, they have nonlinearities and also loop interactions which are between inputs and outputs. On the purpose of studying multivariable systems and designing controllers, the quadruple tank process (QTP) is chosen as a benchmark. This system is suitable for studying linear and nonlinear controllers and exhibits minimum and non-minimum system behaviors by simply changing configuration valve positions. We linearize nonlinear process model, than apply various control methods and compare the controlled system performance results.
机译:仅由一个输入(变量)控制的只有一个输出的简单过程称为单输入单输出过程。但是许多过程并不是那么简单。它们具有一个以上的输入(变量)和一个输出,称为多输入多输出(MIMO)过程。常见的MIMO系统存在一些困难,以至于它们既庞大又复杂。此外,它们具有非线性,并且还存在输入和输出之间的回路相互作用。为了研究多变量系统和设计控制器,选择了四缸工艺(QTP)作为基准。该系统适用于研究线性和非线性控制器,并且只需更改配置阀的位置即可展现最小和非最小的系统行为。我们将非线性过程模型线性化,然后应用各种控制方法并比较受控系统的性能结果。

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