A comprehensive dynamical analysis of a novel Hopfield neural network in which two distinct memristors are introduced as synaptic connections demonstrates the robustness of the proposed model in secure communication applications and the potential of the proposed memristive HNN for secure communication and chaos-based a...
Hua Liu, Hao Chen, Hai-Jun Wang et al.· Electronics· 0 citations
A novel second-order memristor is designed, the nonvolatile nature of the memristor is verified, and the key dynamical behaviors are reproduced through circuit simulation and a DSP-based hardware experimental platform, realizing the systematic research flow from theoretical modeling, numerical simulation to circuit imp...
Jintong Bai, Xian-Ying Xu, Jun Mou et al.· International Journal of Bif...· 0 citations
Unlike conventional models that typically rely on a single memristive synapse, this study uniquely proposes a novel 5D fractional-order memristive Hopfield neural network (FOMHNN) modulated by dual memristors to simultaneously emulate internal synaptic plasticity and external electromagnetic radiation effects in brain-...
Rong-Yao Guo, Fei Yu, Da-Du Zhang et al.· Fractal and Fractional· 3 citations
This paper proposes a simple current-controlled second-order LAM mathematical model, which exhibits both negative differential resistance edge of chaos (EOC) domains and positive differential resistance (PDR) EOC domains, and constructs a minimalist third-order neuronal circuit by simply paralleling the LAM with a capa...
Zhen-Zhou Lu, Xinyi Wang, Zhi Zeng et al.· Chinese Physics B· 0 citations
These findings provide theoretical and experimental support for employing memristive single neuron coupling in the field of information encryption by identifying three novel dynamical features of the LAM-Aihara map: triangular waveform bursting firings, centrosymmetric coexisting attractors under different initial cond...
Wen-Ling Zhang, Xiao-Zhou He, Ying-Hong Cao et al.· Cognitive Neurodynamics· 0 citations
Fractional-order modeling provides a flexible framework for extending memristive circuits with memory-dependent dynamics. This work develops a DC-driven memristive chaotic circuit within a unified fractional-order framework. The memristor is formulated with the Caputo derivative and discretized using Sayed’s scheme; th...
Xin-Hui Chen, Bin Yan, Pei-Pei Jin et al.· Fractal and Fractional· 0 citations
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