A memristor with coexisting pinched hysteresis loops and twin local activity domains is
presented and analyzed, with an emulator being designed and applied to the classic Chua's …

This paper investigates the dynamical behavior of the Tamasevicius et al.(1997) oscillator
(named TCMNL hereafter) considering memristor as the nonlinear element by replacing the …

The memristor is a fundamental two-terminal electrical component unique in that it
possesses the properties of non-linearity and memory, which are pervasive across natural …

In this contribution, a novel memristor-based oscillator, obtained from Shinriki's circuit by
substituting the nonlinear positive conductance with a first order memristive diode bridge, is …

A novel memristor-based oscillator derived from the autonomous jerk circuit (Sprott in IEEE
Trans Circuits Syst II Express Briefs 58: 240–243, 2011) is proposed. A first-order memristive …

In this paper, a memristive circuit system is proposed and its dynamical characteristics are
analyzed by two-parameters bifurcation diagrams, Lyapunov exponent spectrum, SE …

This research article proposes a floating memristor emulator configuration based on n-type
MOSFETs only. The proposed memristor comprises three nMOS and an extra nMOS for an …

A simplified hyperchaotic canonical Chua's oscillator (referred as SHCCO hereafter) made
of only seven terms and one nonlinear function of type hyperbolic sine is analyzed. The …

In this paper, a new memristor is proposed, and then an emulator built from off-the-shelf
solid state components imitating the behavior of the proposed memristor is presented …

A novel charge-controlled memcapacitor 3D chaotic oscillator with two unstable equilibriums
is proposed. Various dynamic properties of the proposed system are derived and …