Abstract. Synchronization and secure communication of different scroll attractor chaotic systems are studied experimentally. Based on 5- scroll chaotic circuits, the synchroniza-tion of different scroll chaotic circuits, signal encryption and decryption are implemented by using a single variable unidirectional coupling and multi-variable unidirectional-coupled control. All measured figures are recorded by digital phosphor oscillograph TDS3032B based on the physical electronic circuits
In this study, chaotic itinerancy phenomena on cou-pled chaotic circuits are investigated. A piecewi...
The Chua circuit is among the simplest non-linear circuits that shows most complex dynamical behavio...
Chaotic oscillators have been implemented with a wide variety of discrete electronic devices and qui...
In this paper we present an experimental confirmation of the nonlinear H1 synchronization method for...
The experimental study of a secure chaotic synchronized communication system is presented. The synch...
The possibility of secure communication with chaos is demonstrated experimentally with two simple un...
In recent years, various chaotic systems have been introduced in literature to be used in different ...
The possibility of secure communication with chaos is demonstrated experimentally with two simple un...
We present a novel synchronization scheme for secure communication with two chaotic unidirectionally...
The secure communication using synchronization between identical chaotic systems have been introduce...
In this chapter, the guidelines to synchronize one-directional (1D) and two-directional (2D) multi-s...
We present a novel synchronization scheme for secure communication with two chaotic unidirectionally...
This research project investigates synchronization of two identical simple chaotic circuits. There h...
AbstractChaotic oscillators have been implemented with a wide variety of discrete electronic devices...
This work deals with the passive control-based chaos synchronization with circuit design for secure ...
In this study, chaotic itinerancy phenomena on cou-pled chaotic circuits are investigated. A piecewi...
The Chua circuit is among the simplest non-linear circuits that shows most complex dynamical behavio...
Chaotic oscillators have been implemented with a wide variety of discrete electronic devices and qui...
In this paper we present an experimental confirmation of the nonlinear H1 synchronization method for...
The experimental study of a secure chaotic synchronized communication system is presented. The synch...
The possibility of secure communication with chaos is demonstrated experimentally with two simple un...
In recent years, various chaotic systems have been introduced in literature to be used in different ...
The possibility of secure communication with chaos is demonstrated experimentally with two simple un...
We present a novel synchronization scheme for secure communication with two chaotic unidirectionally...
The secure communication using synchronization between identical chaotic systems have been introduce...
In this chapter, the guidelines to synchronize one-directional (1D) and two-directional (2D) multi-s...
We present a novel synchronization scheme for secure communication with two chaotic unidirectionally...
This research project investigates synchronization of two identical simple chaotic circuits. There h...
AbstractChaotic oscillators have been implemented with a wide variety of discrete electronic devices...
This work deals with the passive control-based chaos synchronization with circuit design for secure ...
In this study, chaotic itinerancy phenomena on cou-pled chaotic circuits are investigated. A piecewi...
The Chua circuit is among the simplest non-linear circuits that shows most complex dynamical behavio...
Chaotic oscillators have been implemented with a wide variety of discrete electronic devices and qui...