Jacques Kengne

TL;DR: In this article, the authors performed a systematic analysis of a simple jerk system with cubic nonlinearity and found a window in the parameter space in which the jerk system experiences the unusual and striking feature of multiple attractors.

TL;DR: A novel memristor-based oscillator, obtained from Shinriki's circuit by substituting the nonlinear positive conductance with a first order memristive diode bridge, is introduced and experiences the unusual and striking feature of multiple attractors over a broad range of circuit parameters.

TL;DR: Since the network is characterised by smooth fourth-order exponential nonlinearity, a distinctive approach is employed to assess its different properties: the circuit stability near fixed points is examined and dynamic complexity is evaluated using the Lyaponov spectrum analysis, bifurcation analysis and phase space trajectories.

TL;DR: In this paper, a memristor-based oscillator derived from the autonomous jerk circuit is proposed, where a first-order memristive diode bridge replaces the semiconductor diode of the original circuit.

TL;DR: In this article, a memristor based oscillator is obtained from the autonomous Jerk circuit by substituting the nonlinear element of the original circuit with a first order memristive diode bridge.