Artificial neurons can be designed and excited to produce similar smart responses as
biological neurons driven by electromagnetic excitations. The interaction between cell …

In this work, an array of electromechanical systems driven by an electrical line of Fitzhugh-
Nagumo neurons is analyzed. It is shown that a single electromechanical system can …

A bioinspired electromechanical system that employs an array of FitzHugh–Nagumo (FN)
neuron circuits designed to drive synchronically an array of mechanical legs is proposed in …

A linear electromagnetic array-type artificial muscle structure and its biological neural control
model are proposed to improve the multiped robot driving performance. From the standpoint …

The paper is aimed at mimicking the motion of myriapods by using an array of mechanical
arms coupled to an array of FitzHugh–Nagumo (FN) neuron circuits. The differential …

The electrical transmission, which occurs on the surface of the neuron membranes, is based
on the flow of charges such as calcium, potassium and sodium. This potential change …

Electromagnetic induction plays a key role in regulating the electrical activity, excitability,
and bistable structure of neurons. In this paper, a discontinuous control strategy with …

Differing from the traditional view that the power frequency electric field is always considered
a negative phenomenon, here we report a concept that uses the power frequency electric …

Fluctuation of membrane potential occurs when the concentration of ions, eg, Calcium,
Potassium, Sodium, in the cell is changed. When external electric stimulus beyond threshold …

The authors are studying an insect-type microrobot using Micro-Electro-Mechanical Systems
(MEMS) technology. The microrobot actuates by electrostatic motors that use electrostatic …