… is obtained, and the fractal dimension of the system is calculated. When chaos appears,
two control schemes of adaptive control and nonlinear feedback control are presented, …

… -dimensional autonomous chaotic system with variable coefficient is presented based on
the modified module-based approach to chaotic circuit design. The chaotic phase portraits of …

… chaotic system could generate chaos on hardware. For chaos control of the novel 4D
chaotic system, the mathematical model of the controlled system is formulated, and a linear …

… 3D chaotic system and the 5D hyperchaotic system … chaotic system is taken as the uncertainty
in the synchronization. The center of the state variables of the response 3D chaotic system …

… , as well as the phase portraits of the numerical simulation, are shown to prove the existence
of the hyperchaotic attractors. The analog circuit model is designed via the modified module-…

… In fact, the LMI is a very powerful tool for the analysis and design of control systems[4].
Most of the published results are based on LMI approach to derive sufficient conditions for the …

… Type-1 fuzzy sets can model the linguistic … fuzzy systems have been widely used in controls
and machine learning applications. Interval type-2 fuzzy sets can simultaneously model both …

… model for the short-term forecast of nonlinear and non-stationary ship motion. The proposed
hybrid model is designed by coupling the SVR model … motion based on chaotic theory and …

… ; changing the country’s basic economic system; challenging the country’s Party-managed
official media principles and news publication management system; refuting the history of the …

… control strategies for traction motors were analyzed. The current research status of model
predictive control and sensorless control … dynamic surface control for the chaotic PMSM using …