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Comparative study between several controller approaches: application to gas turbine system

机译：几种控制器方法的比较研究：在燃气轮机系统中的应用

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Generally, more recently the mathematical modeling techniques of industrial gas turbine engines are presented taking in consideration the different stages, from the design to demonstration the development of the commercial control system and finally use in service. This makes it possible to appreciate the relationships between the models and their derivation for specific needs in control engineering. The objective from this work is to introduce a optimization approach for adjusting the parameters of the PID, FL and PSO controllers to control the exhaust temperature and the speed of the studied gas turbine power plant, in order the closed-loop system adapting the variation in ambient temperature by reducing the the static error, rise time, response time and maximum overshoot.
机译：通常，近来提出了工业燃气涡轮发动机的数学建模技术，其中考虑了从设计到演示商用控制系统的发展到最终在服务中使用的不同阶段。这样就可以了解模型之间的关系及其在控制工程中针对特定需求的推导。这项工作的目的是介绍一种优化方法，用于调整PID，FL和PSO控制器的参数，以控制所研究的燃气轮机发电厂的排气温度和速度，以使闭环系统适应发动机的变化。通过减少静态误差，上升时间，响应时间和最大过冲来降低环境温度。

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