Control the stability in chaotic circuit coupled by memristor in different branch circuits

A method to design a fast chaotic oscillator using CCTA

“…Chaotic signals are widely acknowledged for their multiple benefits, encompassing secure communication [ 1 ], heart rate assessment [ 2 ], circuit stabilization [ 3 ], packet switching in computer networks [ 4 ], chaos management in robotic devices [ 5 ], and visual sensing [ 6 ]. Chua's circuit is a renowned and simple chaotic oscillator that can produce chaos, and it has attracted the attention of researchers in the domain of nonlinear dynamical circuits and systems.…”

Dynamics of memristive Liu system and its DSP implementation

“…Memristors have recently been used in chaotic systems in two different approaches. The first approach involves directly incorporating the memristor into the design of a chaotic circuit or modifying the original circuit components to create a new memristor-based chaotic circuit [16]. The second approach entails integrating the memristor into the original chaotic system as a feedback element or variable, thereby producing a more complex memristive chaotic system [17].…”

Coexisting firing patterns and circuit design of locally active memristive autapse morris-lecar neuron

“…Since the concept of memristor was put forward by Professor Chua [7] in 1971 to the successful development of physical memristor by HP Labs [8] in 2008, memristor has been put into use in many areas like chaotic circuit [9][10][11][12], image processing [13][14][15][16][17], neural network [18][19][20][21][22][23] and non-volatile memory [24][25][26][27], etc And its bionic function provides a new idea for the study of neurodynamics. The use of memristor to describe the effect of electromagnetic induction on neuronal system can reveal the firing pattern transition and bifurcating mechanism of neuronal system under electromagnetic action [28][29][30][31].…”