8.4 Synchronization Phenomena in the NMCC
339
Fig. 8.10 Chaotic behavior in the NMCC with d = 0.05
Fig. 8.11 Zoom of the waveforms in Fig. 8.10
3rd MCCs are chaotic. If the coupling strength d is reduced to 0.005 the whole
NMCC presents a chaotic behavior (see Fig. 8.12).
Extensive numerical simulations have shown that a wide range of complex
dynamical phenomena and bifurcations (standard and without parameters) occur
on the zero-manifold of such NMCC. The invariant manifold analysis presented in
339
Fig. 8.10 Chaotic behavior in the NMCC with d = 0.05
Fig. 8.11 Zoom of the waveforms in Fig. 8.10
3rd MCCs are chaotic. If the coupling strength d is reduced to 0.005 the whole
NMCC presents a chaotic behavior (see Fig. 8.12).
Extensive numerical simulations have shown that a wide range of complex
dynamical phenomena and bifurcations (standard and without parameters) occur
on the zero-manifold of such NMCC. The invariant manifold analysis presented in