In view of the above facts, this paper proposed a new PI PD control design based on dynamic matrix control (DMC) optimization, which bears the advantages of improved control performance under DMC optimization and at the same time, simple structure of PI PD control for implementation.
To avoid the chattering of the quantized control signal, a hysteretic quantizer is introduced, and by designing a novel control law based on dynamic surface control (DSC) method, many assumptions of the quantized system in early literatures are removed.
In this paper, an adaptive prescribed performance tracking control scheme is investigated for a class of output feedback nonlinear systems with input unmodeled dynamics based on dynamic surface control method.
We then design the controller based on dynamic surface control method for a single link flexible joint manipulator whose model is unknown.
A new approach for converter controller synthesis based on dynamic evolution control theory is presented.
In view of this, the paper first proposes a new PID controller design based on dynamic matrix control (DMC) optimization and then tests it on the residual oil outlet temperature in an industrial coke furnace.
Based on dynamic surface backstepping control design technique and incorporated by the average dwell time method and the prescribed performance theory, a new adaptive fuzzy output-feedback control method is developed.
The power converters based on dynamic modelling and controllers designed by feedback control theory can supply high quality power with flexible conversion functions, leading to the establishment of reliable power management for UPS applications.
The DDDAS control system in combination with the obstacle avoidance technology based on dynamic window approach enables a dynamic control over the UAV ensuring that the system remains responsive during the entire flying time.
Based on dynamic output sliding mode control (SMC), Lyapunov theory and linear matrix inequality (LMI) technique, the stability of overall uncertain time-delay chaotic system with input nonlinearity under the proposed control scheme is guaranteed without the state predictor.
