Dynamic Analysis of Memristive Bursting Networks with Super Multistability

As a signal triggering and transmission mode in nervous systems, bursting plays an important role in the coding and transmission of neural signals. Theoretical analysis and applications of the network constructed by memristor synapse is of great significance. Bursting vibration and the corresponding super multistability in a simplest memristor-based network are discovered, and the trigger mechanism of the bursting is clarified, and the super multistability is numerically analyzed. Finally, the physical circuit is constructed and implemented, verifying the above theoretical and numerical analysis. The discovery stretches the understanding of dynamic behaviors of memristor networks.