Ego-zones: non-symmetric dependencies reveal network groups with large and dense overlaps

Applied Network Science

Table 1 Properties of small networks

Network	n	m	Degree		CC	Strong-prominents		Weak-prominents		Modularity
			Max	Avg		Total	Percent	Total	Percent
karate	34	78	17	4.58	0.485	4	11.7	8	23.5	0.416
lesmis	77	254	36	6.59	0.580	5	6.5	26	33.7	0.565
netscience	379	914	34	4.82	0.741	40	10.5	96	23.5	0.850

A high percentage of weakly-prominent nodes shows, despite the small network size, that these networks are close to real-world collaboration networks (see Fig. 3)