Add to ORKGThis paper investigates the application of fractional-order PID controllers in the velocity control of a servo system. The servo system is controlled by using a real-time digital control system based on MATLAB/Simulink tools. Experimental responses are presented and analyzed, showing the effectiveness of the proposed fractional-order algorithms. Comparison with classical PID controllers is also investigated.N/
Fractional calculus (FC) is widely used in most areas of science and engineering, being recognized i...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...
Frequency domain based design methods are investigated for the design and tuning of fractional-order...
The application of fractional-order PID controllers is now an active field of research. This articl...
AbstractThe application of fractional-order PID controllers is now an active field of research. This...
The synthesis and application of fractional-order controllers is now an active research field. This ...
The synthesis and application of fractional-order controllers is now an active research field. This ...
In this paper are investigated several types of fractional-order PID controllers in the velocity co...
Fractional order control schemes are being actively investigated for various systems. Fractional ord...
Fractional order controllers are widely used in the robust control field. As a generalization of the...
Today, many systems are characterized by a non-integer order model based on fractional calculus. Fra...
The concept of fractional calculus is developing to a state where it can be applied into the field o...
Abstract — A fractional-order [proportional derivative] (FO-[PD]) controller is proposed for robust ...
Fractional calculus (FC) is widely used in most areas of science and engineering, being recognized i...
A fractional-order control strategy for a pneumatic position servo-system is presented in this paper...
Fractional calculus (FC) is widely used in most areas of science and engineering, being recognized i...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...
Frequency domain based design methods are investigated for the design and tuning of fractional-order...
The application of fractional-order PID controllers is now an active field of research. This articl...
AbstractThe application of fractional-order PID controllers is now an active field of research. This...
The synthesis and application of fractional-order controllers is now an active research field. This ...
The synthesis and application of fractional-order controllers is now an active research field. This ...
In this paper are investigated several types of fractional-order PID controllers in the velocity co...
Fractional order control schemes are being actively investigated for various systems. Fractional ord...
Fractional order controllers are widely used in the robust control field. As a generalization of the...
Today, many systems are characterized by a non-integer order model based on fractional calculus. Fra...
The concept of fractional calculus is developing to a state where it can be applied into the field o...
Abstract — A fractional-order [proportional derivative] (FO-[PD]) controller is proposed for robust ...
Fractional calculus (FC) is widely used in most areas of science and engineering, being recognized i...
A fractional-order control strategy for a pneumatic position servo-system is presented in this paper...
Fractional calculus (FC) is widely used in most areas of science and engineering, being recognized i...
Today, there is a great tendency toward using fractional calculus to solve engineering problems. The...
Frequency domain based design methods are investigated for the design and tuning of fractional-order...