1:1 Distributed Pulse Coupling Synchronization Algorithm

Abstract

Synchronization is a universal phenomenon in the nature and the synchronization topic
is old and new. The activity of heart muscle cells and brain cells in the body follows a
synchronous pattern. By researching the mass synchronization phenomenon in the
nature, it is discovered that a lot of synchronization phenomena follow the natural law
of distributed pulse coupling synchronization. This paper researches the principle and
mechanism of 1:1 distributed pulse coupling synchronization, constructs its
mathematic model and theoretical proof, finds out the optimal coupling coefficient and
finally verifies through data simulation. The results show that the experimental
analysis is consistent with theoretical analysis and prove the correctness of the
theoretical analysis.