MTX-LAB controlled by Multi-SISO PID controllers

Fernanda B. de Souza; Brício F. Barreiros; Lucas A. Silveira; Bruna S. Muniz; Marcelo Farenzena; Jorge O. Trierweiler

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MTX-LAB controlled by Multi-SISO PID controllers

机译：MTX-LAB由多SISO PID控制器控制

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The MTX-LAB plant is a didactic laboratory setup based on humidity and temperature sensors for testing control algorithms. The objective is to reproduce an industrial problem with a classroom lab plant. The plant shows multivariable characteristics consisting of two-input two-output system, where air outlet temperature and humidity are controlled variables, and lamp and cooler fan intensity are the manipulated variables. A multi-SISO-PID controller shows one of the possibilities that can be applied to control the system.

机译：MTX-Lab工厂是基于湿度和温度传感器的教学实验室设置，用于测试控制算法。目标是通过课堂实验室植物重现产业问题。该工厂示出了多变量的特性，包括两输入两输出系统，其中空气出口温度和湿度是控制变量，灯和冷却器风扇强度是操纵变量。多SISO-PID控制器显示了可以应用于控制系统的可能性之一。

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《IFAC PapersOnLine》 |2021年第3期|共6页
作者
Fernanda B. de Souza; Brício F. Barreiros; Lucas A. Silveira; Bruna S. Muniz; Marcelo Farenzena; Jorge O. Trierweiler;
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arduinolab plantcontrol strategysimulationPIDPI;

机译：Arduinolab PlantControl策略颁奖体普罗赛普利;

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1. Intelligent Control Systems and Fuzzy Controllers. II. Trained Fuzzy Controllers, Fuzzy PID Controllers [J] . Vassilyev S. N., Kudinov Yu. I., Pashchenko F. F., Automation and Remote Control . 2020,第5期

机译：智能控制系统和模糊控制器。 II。培训的模糊控制器，模糊PID控制器
2. Equivalence between Fuzzy PID Controllers and Conventional PID Controllers [J] . Chun-Tang Chao, Nana Sutarna, Juing-Shian Chiou, Applied Sciences . 2017,第6期

机译：模糊PID控制器和常规PID控制器之间的等效性
3. Equivalence between Fuzzy PID Controllers and Conventional PID Controllers [J] . Chun-Tang Chao, Nana Sutarna, Juing-Shian Chiou, Applied Sciences . 2017,第6期

机译：模糊PID控制器和常规PID控制器之间的等效性
4. Multivariable Control In Industrial Processes: Comparison Of MIMO LQR And Multi-SISO PID Techniques Applied To An Industrial Plant In Scale [C] . Douglas Eduardo Zilio, Vinìcius Berndsen Peccin IEEE International Conference on Industry Applications . 2018

机译：工业过程中的多变量控制：MIMO LQR和Multi-SISO PID技术在规模化工厂中的比较
5. Pitch Control of Wind Turbine through PID, Fuzzy and adaptive Fuzzy-PID controllers [D] . Baburajan, Silpa. 2017

机译：通过PID，模糊和自适应Fuzzy-PID控制器控制风力发电机的变桨
6. On the Design of Hyperstable Feedback Controllers for a Class of Parameterized Nonlinearities. Two Application Examples for Controlling Epidemic Models [O] . Manuel De la Sen 2019

机译：一类参数化非线性的超稳定反馈控制器的设计。控制流行病模型的两个应用示例
7. Figure 3: Comparison of PID controller before and after adjustment: (A) Joint velocity controller before PID adjustment; (B) Joint velocity controller after PID adjustment. [O] . -1

机译：图3：调整前后PID控制器的比较：（a）PID调整前的接合速度控制器; （b）PID调节后的接合速度控制器。
8. Comparing State-Space Multivariable Controls to Multi-SISO Controls for Load Reduction of Drivetrain-Coupled Modes on Wind Turbines through Field-Testing. [R] . Fleming, P. A., Wright, A. D., van Wingerden, J. W. 2011

机译：通过现场测试比较状态空间多变量控制与多sIsO控制，以减少风力涡轮机传动系统耦合模式的负荷。

MTX-LAB controlled by Multi-SISO PID controllers

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