An industrial PI controller with dead-time compensation is presented. The advantage of the new controller compared with other dead-time compensating controllers is that it contains only three adjustable parameters; the gain, the integral time, and the dead time. The simple parametrization is obtained by calculating the process model needed for the dead-time compensation from the controller parameters provided by the user. The controller is also suited to processes with varying dead times
This paper proposes a dead time compensator based on a combination of the linear algebra control met...
This paper proposes a new idea, shaping the control signal, and generalizes the time-delay-filter-ba...
Abstract:- New simple methods are presented for tuning three-term controllers for dead-time processe...
A predictive PI (proportional-integral) controller with dead-time compensation is described. Its adv...
This paper describes an automatic tuning procedure for dead-time compensating controllers. A first o...
Abstract-This paper derives proportional-integral (PI) control algorithms for first-order plants wit...
The control of systems containing pure dead time elements has plagued the control engineer for many ...
The thesis contains two parts, dead-time compensation and performance monitoring. The first part on ...
A current controller having an inverse dynamic model and a proportional-integral (PI) controller has...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable and...
This paper will compare a number of PID and predictive controller strategies to compensate processes...
This paper is intended to answer the question: “When is a simple dead-time compensator expected to p...
In this work a new paradigm for designing controllers for poorly modeled plants with significant dea...
The article reviews the results of a number of recent papers dealing with the revision of the simple...
PID type industrial controllers such as PI, PD, PID are mature control algorithms and they are inten...
This paper proposes a dead time compensator based on a combination of the linear algebra control met...
This paper proposes a new idea, shaping the control signal, and generalizes the time-delay-filter-ba...
Abstract:- New simple methods are presented for tuning three-term controllers for dead-time processe...
A predictive PI (proportional-integral) controller with dead-time compensation is described. Its adv...
This paper describes an automatic tuning procedure for dead-time compensating controllers. A first o...
Abstract-This paper derives proportional-integral (PI) control algorithms for first-order plants wit...
The control of systems containing pure dead time elements has plagued the control engineer for many ...
The thesis contains two parts, dead-time compensation and performance monitoring. The first part on ...
A current controller having an inverse dynamic model and a proportional-integral (PI) controller has...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable and...
This paper will compare a number of PID and predictive controller strategies to compensate processes...
This paper is intended to answer the question: “When is a simple dead-time compensator expected to p...
In this work a new paradigm for designing controllers for poorly modeled plants with significant dea...
The article reviews the results of a number of recent papers dealing with the revision of the simple...
PID type industrial controllers such as PI, PD, PID are mature control algorithms and they are inten...
This paper proposes a dead time compensator based on a combination of the linear algebra control met...
This paper proposes a new idea, shaping the control signal, and generalizes the time-delay-filter-ba...
Abstract:- New simple methods are presented for tuning three-term controllers for dead-time processe...