Role of Recovery in Evolving Protection against Systemic Risk: A Mechanical Perspective in Network-Agent Dynamics

Figure 18

Dynamics of protection against systemic risk with recovery time delay. Using the same initial parameter values (, ), this set of the plots represents the time delay case (left-hand side: r_t = 1; right-hand side: r_t = 5). In each section, the plot on the left-hand side shows the matrix (horizontal axis = time step from 1 to 16; vertical axis = individuals from 1 to 16; color of the matrix = failure state: failure [red] and absence of failure [blue]) corresponding to each individual’s parameter values at the given time step (t = 16: orange: fp_0 = strategy [1]; cyan: fp_1 = strategy [2]; red: fail = failure; green: pro = protection potential []). The graph on the right-hand side represents the dynamics in a random regular network, such that the node number = random label for each node and the node color = state (failure = red, absence of failure = blue) (see Appendix 3 for the results of the entire simulation).