It has been shown recently that a chaos-driven bistable system with two square waves as
input can consistently work as a reliable logic gate, in an optimal window of chaos intensity …

Some noisy nonlinear system can be used to realize reliable logic operation based on the
mechanism of logical stochastic resonance (LSR). However, most previous studies focus …

In this work, we demonstrate a new chaotic signal-induced phenomenon that the output of a
chaotic signal-driven bistable system can be consistently mapped to specific logic gate …

Various external driving forces can induce logical stochastic or vibrational resonance, such
as noise, harmonics, and the combination of noise and harmonics. In engineering, using …

Superparamagnetic tunnel junctions (STJs) are nanostructures with very low turnover
barriers. The barrier height of an STJ is generally equal to the heat energy at room …

Hodgkin–Huxley neurons can be used as logic gates to perform reliable logic operations
under an optimal noise intensity window. Fluctuations in ion concentrations inside and …

It was demonstrated that the chaos-driven FitzHugh–Nagumo (FHN) neuron can be
considered as a logic system to implement the reliable logical operations through the …

The effect of time delay is inferred by studying the influence of time-delayed feedback on the
signal threshold of logic input signal, which reflects the width of the bistable region. Time …

In this paper, we have investigated the phenomenon of logical stochastic resonance in a trip-
well potential system driven by a colored non-Gaussian noise. The effects of a non …

In previous studies, double harmonic signals as external driving forces have been used for
inducing logical vibrational resonance to facilitate the control of logic operations. It requires …