This paper proposes a new 5D chaotic system with the flux-controlled memristor. The dynamics analysis of the new system can also demonstrate the hyperchaotic characteristics. The design and analysis of adaptive synchronization for the new memristor-based chaotic system and its slave system are carried out. Furthermore, the modularized circuit designs method is used in the new chaotic system circuit implementation. The Multisim simulation and the physical experiments are conducted, compared, and matched with each other which can demonstrate the existence of the attractor for the new system
This paper studies the dynamic analysis, circuit implementation and circuit synchronization of a cla...
In this paper, we first present a simple seven-term 4D hyperchaotic system based on the classical Sp...
Memristor is a kind of resistance with a memory function and its special properties decide its broad...
By introducing flux-controlled memristor and linear feedback term into the three-dimensional (3D) ch...
In this paper, we build a simple chaotic circuit by introducing a new magnetic flux-controlled memri...
A novel, simple, four-dimensional hyperchaotic memristor circuit consisting of two capacitors, an in...
By introducing an ideal and active flux-controlled memristor and tangent function into an existing c...
This paper is expected to introduce a novel memductor-based chaotic system. The local dynamical enti...
First, this paper announces a flux controlled novel 4-D chaotic system displaying chaotic attractor ...
In this paper, a fifth-order chaotic circuit with extreme multistability is designed based on the ph...
In this paper, a single-T chaotic circuit with physical memristor is designed. The dynamic propertie...
In 1971, Leon Chua theoretically postulated that the memristor is the fourth fundamental circuit ele...
Over the last three decades, theoretical design and circuitry implementation of various chaotic gene...
Aiming at an entangled-chaos system with a memristor, the dynamic analysis and circuit realization a...
In this paper, we design a chaotic circuit with memristors, which consists of two flux-controlled me...
This paper studies the dynamic analysis, circuit implementation and circuit synchronization of a cla...
In this paper, we first present a simple seven-term 4D hyperchaotic system based on the classical Sp...
Memristor is a kind of resistance with a memory function and its special properties decide its broad...
By introducing flux-controlled memristor and linear feedback term into the three-dimensional (3D) ch...
In this paper, we build a simple chaotic circuit by introducing a new magnetic flux-controlled memri...
A novel, simple, four-dimensional hyperchaotic memristor circuit consisting of two capacitors, an in...
By introducing an ideal and active flux-controlled memristor and tangent function into an existing c...
This paper is expected to introduce a novel memductor-based chaotic system. The local dynamical enti...
First, this paper announces a flux controlled novel 4-D chaotic system displaying chaotic attractor ...
In this paper, a fifth-order chaotic circuit with extreme multistability is designed based on the ph...
In this paper, a single-T chaotic circuit with physical memristor is designed. The dynamic propertie...
In 1971, Leon Chua theoretically postulated that the memristor is the fourth fundamental circuit ele...
Over the last three decades, theoretical design and circuitry implementation of various chaotic gene...
Aiming at an entangled-chaos system with a memristor, the dynamic analysis and circuit realization a...
In this paper, we design a chaotic circuit with memristors, which consists of two flux-controlled me...
This paper studies the dynamic analysis, circuit implementation and circuit synchronization of a cla...
In this paper, we first present a simple seven-term 4D hyperchaotic system based on the classical Sp...
Memristor is a kind of resistance with a memory function and its special properties decide its broad...