Hybrid Impulsive Pinning Control for Mean Square Synchronization of Uncertain Multi-Link Complex Networks with Stochastic Characteristics and Hybrid Delays

This study explores the synchronization issue for uncertain multi-link complex networks incorporating stochastic characteristics and hybrid delays. Unlike previous works, internal delays, coupling delays considered in our model change over time; meanwhile, impulse strength position with time evolution. To actualize network synchronization, a strategy called impulsive pinning control is applied, which combines virtue of as well two categories impulses (i.e., desynchronization). By decomposing complicated topological structures into diagonal items off-diagonal items, multiple nonlinear terms are linearly decomposed process theoretical analysis. Combining inequality technology matrix decomposition theory, several novel criteria have been gained to ensure concerning model. The get touch strengths, delay sizes, intervals, topologies.