Control design is a rich problem which requires that many issues such as load disturbances and set-point responses, model uncertainty, and measurement noise are taken into account. These issues are discussed for design of PI and PID controllers. The purpose is to give insight into the different criteria and their trade-offs, not to give specific tuning methods
This paper presents a control design method for determining proportional-integral-type controllers s...
This paper presents a method for the design of PID-type controllers, including those augmented by a ...
Definitely, robustness is an important feature that any control system must take into account, espec...
Control design is a rich problem which requires consideration of many issues such as load disturbanc...
First placed on the market in 1939, the design of PID controllers remains a challenging area that re...
This paper treats robustness constraints and performancecriteria for design of PID controllers. It i...
This paper presents a new design method for PID controllersbased on optimization of load disturbance...
PID control has been the most widely spread form of feedback in industry for at least five or six de...
Even though PID control has been available for a long time, there are still no tuning methods includ...
This thesis considers the design of PID controllers, the extensions of these controllers to improve ...
Large control signal derivatives or inter-sample differences may harm actuators. An optimization con...
In the present paper a simple procedure to design PID controller with setpoint filter is proposed. D...
A large process industry can have somewhere between five hundred and five thousand control loops, an...
This thesis presents a new method for design of PI and PID controllers with the level of control sig...
Disturbance attenuation is often recognized as the primary concern of a control system. Regulation o...
This paper presents a control design method for determining proportional-integral-type controllers s...
This paper presents a method for the design of PID-type controllers, including those augmented by a ...
Definitely, robustness is an important feature that any control system must take into account, espec...
Control design is a rich problem which requires consideration of many issues such as load disturbanc...
First placed on the market in 1939, the design of PID controllers remains a challenging area that re...
This paper treats robustness constraints and performancecriteria for design of PID controllers. It i...
This paper presents a new design method for PID controllersbased on optimization of load disturbance...
PID control has been the most widely spread form of feedback in industry for at least five or six de...
Even though PID control has been available for a long time, there are still no tuning methods includ...
This thesis considers the design of PID controllers, the extensions of these controllers to improve ...
Large control signal derivatives or inter-sample differences may harm actuators. An optimization con...
In the present paper a simple procedure to design PID controller with setpoint filter is proposed. D...
A large process industry can have somewhere between five hundred and five thousand control loops, an...
This thesis presents a new method for design of PI and PID controllers with the level of control sig...
Disturbance attenuation is often recognized as the primary concern of a control system. Regulation o...
This paper presents a control design method for determining proportional-integral-type controllers s...
This paper presents a method for the design of PID-type controllers, including those augmented by a ...
Definitely, robustness is an important feature that any control system must take into account, espec...