Synchronization in network of Pierce diodes
We report results on synchronization processes in complex networks of spatially extended chaotic systems. The method of the analysis of the stability of the network synchronous spatio-temporal state has been developed. The technique both for the stability analysis of the synchronous state in such systems and for the spatial master stability function calculation has been developed. The efficiency of the proposed approach has been illustrated by the consideration of the complex network of beam-plasma chaotic systems Pierce diodes).