In this paper, a fractional-order chaotic circuit with different coupled memristors is
established. The dimensionality of the system is reduced by the flux-charge analysis method …

This paper reports on the dynamic behavior of dual coupled memristors (MRs) in serial and
parallel connections in consideration of polarity combination and coupling strength. Based …

In order to explore the coupling inter-relationship between two closely placed memristors
(MRs), a new circuit for emulating MRs is proposed. The coupling behavior between closely …

Memristor is a kind of resistance with a memory function and its special properties decide its
broad prospect for application. At present, the focus and difficulty of the research in …

This brief proposes a floating emulator circuit for mimicking the dynamic behaviors of flux
coupled memcapacitors (MCs) by making use of common off-the-shelf active devices. The …

An analog computer makes use of continuously changeable quantities of a system, such as
its electrical, mechanical, or hydraulic properties, to solve a given problem. While these …

In large-scale high-density integrated circuits, memristors in close proximity to one another
both influence, and are influenced by, the behavior of nearby memristors. However, the …

This paper explores the dynamic behavior of dual flux coupled memristor circuits in order to
further ascertain fundamental theory of memristor circuits. Different cases of flux coupling are …

Complex patterns are commonly retrieved in spatially-extended systems formed by coupled
nonlinear dynamical units. In particular, Turing patterns have been extensively studied …

In this paper, two nonlinear circuits are constructed based on the HP‐type flux‐/charge‐
controlled memory elements in parallel and series connections. Then, the phasor method is …