summary:The synchronization problem of the three-scroll unified chaotic system (TSUCS) is studied in this paper. A modified function projective synchronization (MFPS) method is developed to achieve this goal. Furthermore, the only parameter of the TSUCS unified chaotic system is considered unknown and estimated with an appropriate parameter estimation law. MFPS method is investigated for both identical and non-identical chaotic systems. Lyapunov stability theorem is utilized to verify the proposed feedback control laws and validate the proposed synchronization scheme. Finally, some numerical simulations are presented to assess the effectiveness of the theoretical discussions
Adaptive feedback controllers based on Lyapunov's direct method for chaos control and hybrid project...
This paper investigates the backstepping control design with novel feedback input approach for contr...
This paper investigates the backstepping control design with novel feedback input approach for contr...
summary:The synchronization problem of the three-scroll unified chaotic system (TSUCS) is studied in...
summary:The synchronization problem of the three-scroll unified chaotic system (TSUCS) is studied in...
peer reviewedThis paper studies the synchronization and anti-synchronization problem of the Three-Sc...
This paper discusses the design of active controllers for generalized projective synchronization (GP...
In the present work, Lyapunov stability theory, nonlinear adaptive control law and the parameter upd...
Universal projective synchronization (UPS) of two chaotic systems is defined. Based on the Lyapunov ...
This work describes a new study to achieve a combination of modified function projective synchroniza...
This work describes a new study to achieve a combination of modified function projective synchroniza...
This paper investigates the function projective synchronization of a class of chaotic systems with u...
In the context of chaotic secure communication and based on the sliding mode control technology, thi...
Some new simple control methods of modified function projective synchronization in two chaotic syste...
Chaos synchronization of discrete dynamical systems are investigated. An algorithm is proposed for p...
Adaptive feedback controllers based on Lyapunov's direct method for chaos control and hybrid project...
This paper investigates the backstepping control design with novel feedback input approach for contr...
This paper investigates the backstepping control design with novel feedback input approach for contr...
summary:The synchronization problem of the three-scroll unified chaotic system (TSUCS) is studied in...
summary:The synchronization problem of the three-scroll unified chaotic system (TSUCS) is studied in...
peer reviewedThis paper studies the synchronization and anti-synchronization problem of the Three-Sc...
This paper discusses the design of active controllers for generalized projective synchronization (GP...
In the present work, Lyapunov stability theory, nonlinear adaptive control law and the parameter upd...
Universal projective synchronization (UPS) of two chaotic systems is defined. Based on the Lyapunov ...
This work describes a new study to achieve a combination of modified function projective synchroniza...
This work describes a new study to achieve a combination of modified function projective synchroniza...
This paper investigates the function projective synchronization of a class of chaotic systems with u...
In the context of chaotic secure communication and based on the sliding mode control technology, thi...
Some new simple control methods of modified function projective synchronization in two chaotic syste...
Chaos synchronization of discrete dynamical systems are investigated. An algorithm is proposed for p...
Adaptive feedback controllers based on Lyapunov's direct method for chaos control and hybrid project...
This paper investigates the backstepping control design with novel feedback input approach for contr...
This paper investigates the backstepping control design with novel feedback input approach for contr...