Fractional-order spiking neuron models can enrich model flexibility and dynamics due to the
extra degrees of freedom. This paper aims to study the effects of applying four different …

The diverse firing responses in a single neuron model as well as in a neuronal network play
a major role in understanding the collective neuronal dynamics. In this paper, we consider …

We report our investigation and success story, to an extent, on the prediction of spiking and
bursting dynamics in globally coupled networks, using echo state network/reservoir …

To explore the impact of pest-control strategy on integrated pest management, a three-
dimensional (3D) fractional-order slow–fast prey–predator model is introduced in this article …

The firing dynamics of excitable systems are critical to understand organized responses in
cortical networks. In this paper, we examine a fractional-order Wilson–Cowan (W–C) neural …

Neurons can exhibit various rhythmic activities such as bursting, spiking, and quiescent
states when exposed to external input current stimulus. In this paper, a model of medicinal …

In a prior study, a novel deterministic compartmental model known as the SEIHRK model
was introduced, shedding light on the pivotal role of test kits as an intervention strategy for …

Esse trabalho aborda os seguintes tópicos em sistemas lineares de ordem fracionária:
análise de estabilidade, projetos de controladores robustos, modelo reduzido e …

The diverse excitabilities of cells often produce various spiking-bursting oscillations that are
found in the neural system. We establish the ability of a fractional-order excitable neuron …