Figure 6.

Demonstration of the emergence of communication between individual module networks via dynamical coupling. In (a) suppressing the first network causes a distal network to cease activation. Enabling the first network re-enables the second. In (b) suppressing the first network causes the second network to increase its firing frequency. After enabling the first network, the distal network resumes the former frequency. The time delay observed between behaviour shifts in the distal networks corresponds to the propagation of dynamics through the system.