Control of a chaotic switched arrival system with controlled internal connections

In this paper, a chaotic switched arrival system with N buffers and controlled internal connections is considered. An unstable N periodic orbit embedded in the chaotic attractor is theoretically derived. A novel method for the stabilization of the unstable N periodic orbit using the flow rates of the internal connections as control variables is presented. It is showed that the switched arrival system can be stabilized by using N - 2 internal connections. Numerical simulation results are also provided to demonstrate the theoretical analysis.