Add to ORKGAn adaptive control system is proposed for an unknown integrator process with unknown dead-time. The process dead-time and gain are estimated simultaneously using an extended regression model and recursive least-squares estimation. The parameter estimates are used to scale the actuator signal, transforming the unknown process into a known reference process, while the dead-time estimate provides deadtime compensation via state prediction
This paper describes an easy-to-use PI controller with dead-time compensation that presents robust b...
This paper will compare a number of PID and predictive controller strategies to compensate processes...
This paper describes an automatic tuning procedure for dead-time compensating controllers. A first o...
Research in the adaptive control of unknown or partially known system spans the last 25 years. Sound...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable an...
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...
The thesis contains two parts, dead-time compensation and performance monitoring. The first part on ...
The control of systems containing pure dead time elements has plagued the control engineer for many ...
This paper proposes a dead time compensator based on a combination of the linear algebra control met...
[EN] This paper presents an analysis of dead-time compensating controllers for processes exhibiting ...
This thesis presents nominal and robust stability analysis of the simplified dead-time compen- sato...
The adjustment of controllers to unknown processes is a time consuming and sometimes dif...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable and...
One of the possible approaches to control of dead-time processes is application of predictive contro...
This paper describes an easy-to-use PI controller with dead-time compensation that presents robust b...
This paper will compare a number of PID and predictive controller strategies to compensate processes...
This paper describes an automatic tuning procedure for dead-time compensating controllers. A first o...
Research in the adaptive control of unknown or partially known system spans the last 25 years. Sound...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable an...
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...
The thesis contains two parts, dead-time compensation and performance monitoring. The first part on ...
The control of systems containing pure dead time elements has plagued the control engineer for many ...
This paper proposes a dead time compensator based on a combination of the linear algebra control met...
[EN] This paper presents an analysis of dead-time compensating controllers for processes exhibiting ...
This thesis presents nominal and robust stability analysis of the simplified dead-time compen- sato...
The adjustment of controllers to unknown processes is a time consuming and sometimes dif...
This paper describes tuning procedures for dead-time compensating controllers (DTC). Both stable and...
One of the possible approaches to control of dead-time processes is application of predictive contro...
This paper describes an easy-to-use PI controller with dead-time compensation that presents robust b...
This paper will compare a number of PID and predictive controller strategies to compensate processes...
This paper describes an automatic tuning procedure for dead-time compensating controllers. A first o...