基于整数阶和分数阶模型的球罐液位预测控制

Vairavel K S, Ikram N, Pravin Savaridass M, Shankar Ra V, M. S., Nalifabegam J
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引用次数: 0

摘要

过程控制的主要目的是控制、监视和保持各类过程在产品和产品质量所要求的运行条件下。系统可以大致分为两种类型,即线性和非线性。与非线性系统相比,调整控制参数以稳定在线系统相对容易,因为它们坚持更高的位置。实时系统如钟摆、锅和漏斗具有间接特征,如死区、空间填充、数据传输、滞后、间隙等。圆形罐是一种间接系统,用于在小空间内储存大量的液体。这些类型的非线性程序不服从叠加系统,很难控制和监控。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integer and Fractional Order based Model Predictive Control for Level Control in Spherical Tank
The main purpose of process control is to control, monitor and maintain the various types of processes under the desired operating conditions of product and product quality. Systems can be broadly divided into two types namely linear and non-linear. Tuning control parameters to stabilize online systems is relatively easy compared to non-linear systems because they adhere to a higher position. Real-time systems such as pendulum, pot, and funnel have indirect features such as dead area, space filling, data transfer, hysteresis, backlash etc. A round and round tank is one of the indirect systems used to store large quantities in a small space. These types of non-line programs do not obey the superposition system and are very difficult to control and monitor.
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