Figure 2: Contribution to Deviation in binary networks. | Scientific Reports

Figure 2: Contribution to Deviation in binary networks.

From: Small-World Propensity and Weighted Brain Networks

Figure 2

(a) ΔC and ΔL as a function of the rewiring parameter, p, for a standard Watts-Strogatz formulation of a small-world network with N = 1000 nodes and r = 5. (b) Schematic depicting a vector describing an observed measurement of ΔC and ΔL, depicted in the (ΔC, ΔL) space. The dashed line shows the line of equal contribution between ΔC and ΔL, and δ′ depicts the angular deviation of the observed values from equal contribution. (c) Observed ΔC and ΔL values for the standard Watts-Strogatz network depicted in (a) shown in the (ΔC, ΔL) space. (d) The resulting Contribution to Deviation for the Watts-Strogatz transition shown in panels (a,b). Error bars represent the standard error of the mean calculated over 50 simulations, and the shaded regions represent the range denoted as SW if using a threshold value of ϕT = 0.6.

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