Abstract
Based on the chemical synaptic coupling neuron model, the differences and types of synchronization under inhibitory and excitatory conditions are discussed.According to the effect of magnetic flux coupling on neuron discharge, the discharge states, bifurcation types and synchronization of ML neuron models with delay, magnetic flux coupling and chemical coupling are discussed.It is found that ML neuronal systems with magnetic flux coupling and chemical coupling can produce rich inverse periodic bifurcation or incremental periodic bifurcation behaviors under different parameters.The introduction of time delay, although it can increase the periodicity of the system, will also break the system synchronization. Conversely, appropriate coupling strength can increase synchronization.
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