Simulation Model System Study of HH-Model for Excitable Systems

Abstract

The simulation model of neuronal stimulation is based on excitable systems. Applying the Hodgkin-Huxley neuronal model, this paper presents a numerical simulation of the potential movements on both sides of the cell membrane and applies a numerical approach to the study of the complex behavior of the simulated nervous system. In this study, functional relationships and simulated images after stimulation were derived by numerical simulation methods, and preliminary simulation experiments were conducted to obtain the total number of sodium ions passing through the cell membrane per unit area during an action potential.