© 2015 Elsevier Ltd. All rights reserved.A multi-loop PID control system is widely used in process industry where finding good values for the controller parameters is very challenging without systematic procedures. In this paper, based on the multi-scale control scheme a simultaneous multi-loop tuning method for an arbitrary n × n MIMO processes is proposed. The salient feature of the method is that it reduces the multi-loop PID tuning parameters from 4n to only 4 common multi-scale control parameters. Both heuristic- and optimization-based procedures are proposed in order to apply the simultaneous tuning method, which should substantially simplify difficult multi-loop tuning involving numerous controller parameters. To ensure adequate robu...
One of the most basic functions of control engineers is tuning of controllers. There are always seve...
Abstract:- The proposed method presents a new design for multi-loop PI controllers in MIMO systems i...
PID control is well known and widely applied in industry and many design algorithms are readily avai...
The rapid growth in the complexity of modern process plants both in terms of material flow and energ...
Based on the recently proposed (SISO) multi-scale control scheme, a new approach is introduced to de...
This paper presents a new approach to controlling MIMO processes by using the double-loop multi-scal...
Tuning of PI control algorithms for coupled multi input multi output (MIMO) systems is a challenging...
In this paper we propose a new automatic tuning technique for multiloop PID controllers applied to M...
The magnitude optimum (MO) technique provides a non-oscillatory closed-loop response for a large cla...
This paper presents a new PID controller tuning formula constructed based on the Multi-Scale Control...
An interactive multi-objective optimisation method has been introduced in this study for tuning mult...
This paper is concerned with the design of a dynamic multivariable PID control for multi input multi...
Nonminimum-phase processes with integrating or unstable dynamics are commonly encountered in practic...
Decentralized proportional-integral-derivative (PID) control systems are widely used for multiple-in...
The desired properties of a multi-loop PID tuning procedure is to find some parameters that makes th...
One of the most basic functions of control engineers is tuning of controllers. There are always seve...
Abstract:- The proposed method presents a new design for multi-loop PI controllers in MIMO systems i...
PID control is well known and widely applied in industry and many design algorithms are readily avai...
The rapid growth in the complexity of modern process plants both in terms of material flow and energ...
Based on the recently proposed (SISO) multi-scale control scheme, a new approach is introduced to de...
This paper presents a new approach to controlling MIMO processes by using the double-loop multi-scal...
Tuning of PI control algorithms for coupled multi input multi output (MIMO) systems is a challenging...
In this paper we propose a new automatic tuning technique for multiloop PID controllers applied to M...
The magnitude optimum (MO) technique provides a non-oscillatory closed-loop response for a large cla...
This paper presents a new PID controller tuning formula constructed based on the Multi-Scale Control...
An interactive multi-objective optimisation method has been introduced in this study for tuning mult...
This paper is concerned with the design of a dynamic multivariable PID control for multi input multi...
Nonminimum-phase processes with integrating or unstable dynamics are commonly encountered in practic...
Decentralized proportional-integral-derivative (PID) control systems are widely used for multiple-in...
The desired properties of a multi-loop PID tuning procedure is to find some parameters that makes th...
One of the most basic functions of control engineers is tuning of controllers. There are always seve...
Abstract:- The proposed method presents a new design for multi-loop PI controllers in MIMO systems i...
PID control is well known and widely applied in industry and many design algorithms are readily avai...