The synchronization problem of new discrete-time complex networks with randomly occurring coupling and distributed time-varying delay is investigated. Compared with the previous work, the distributed delay is assumed to be timevarying. Moreover, the effects of both variation range and probability distribution of distributed time-varying delay are taken into consideration. The randomly occurring...

This paper is dedicated to the stability analysis of a class of uncertain distributed delay systems. We focus to the case where the kernel can be modelled as a polynomial function. The results are constructed by rewriting the system as an uncertain interconnected model and appropriate robust control tools as quadratic separation are then used to address to stability issue. Furthermore, some rel...

Distributed systems consist of multiple processors which corporate with one another by sending messages over communication networks. These communication networks often have transmission delay which results in a physical and logical function of geographical distance, communication bandwidth, and communication protocol overhead. The delay essentially characterizes distributed systems and one of t...