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首页> 外文期刊>International Journal of Scientific & Technology Research >Design Of Controller Techniques And Optimization For Nonlinear Chemical Process
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Design Of Controller Techniques And Optimization For Nonlinear Chemical Process

机译：非线性化学过程的控制器技术设计与优化

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The design of controllers in industries is a major task to control the process parameters. The main aim of the design is due to control the level of the nonlinear which is used for major chemical industrial applications. Nonlinear process considered for the study of control parameters is conical tank. To control the level in the tank conventional PI controllers are used in a closed loop system. The evolutionary algorithm is introduced in this paper for nonlinear optimization. To optimize the value of PI controller different optimization techniques are used such genetic algorithm, EBFO algorithm, PSO algorithm and CSO algorithm. Application of projected algorithms to for some standard functions and its real problem has confirmed by its capability to deal with difficult optimization problems. Simulation results can be evidence for the proposed PI controller outperforms with its optimization.
机译：工业控制器的设计是控制过程参数的主要任务。设计的主要目的是由于控制了非线性水平，该水平用于主要化学工业应用。用于研究控制参数的非线性过程是锥形罐。为了控制储罐中的液位，在闭环系统中使用了传统的PI控制器。本文介绍了用于非线性优化的进化算法。为了优化PI控制器的值，使用了多种优化技术，例如遗传算法，EBFO算法，PSO算法和CSO算法。投影算法在某些标准功能及其实际问题上的应用已被其处理困难的优化问题的能力所证实。仿真结果可以证明所提出的PI控制器的性能优于其PI控制器。

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