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. 2017 Jan 5;7:39978. doi: 10.1038/srep39978

Table 1. Properties of real networks analyzed in this paper.

Label Name N E 〈k〉 Inline graphic Inline graphic Inline graphic Inline graphic Inline graphic Inline graphic
Neuronal
 1 C. Elegans 307 2657 8.6547 10 10 55 43 29 11
 2 Co-Activation 638 37250 58.3856 1 1 11 5 3 2
 3 Macaque 71 71 746 10.5070 1 1 15 9 3 2
Food Webs
 4 Florida 128 2106 16.4531 30 30 51 42 35 34
 5 Mondego 46 400 8.6957 19 19 27 23 20 20
 6 St. Marks 54 356 6.5926 13 13 23 19 15 15
Trust
 7 College 32 96 3.0000 6 6 17 9 6 6
 8 Prisioners 67 182 2.7164 9 11 24 20 14 14
Transportation
 9 US largest 500 airport 500 2980 5.9600 281 281 291 286 282 281
Intra-Orgazinational
 10 Freemans (EIES-1) 46 695 15.1087 12 13 23 16 14 14
 11 Freemans (EIES-3) 32 460 14.3750 1 1 14 4 3 3
Reg. and Metabolic
 12 Ecoli 99 212 2.1856 22 22 39 28 27 22
Electric Circuit
 13 s208 122 189 1.5492 29 29 47 33 30 30
 14 s420 252 399 1.5833 59 59 73 66 62 62
 15 s838 512 819 1.5996 119 119 140 128 125 123
Protein
 16 Protein 1 95 213 2.2421 18 18 33 24 21 19
 17 Protein 2 53 123 2.3208 13 13 23 18 14 14
 18 Protein 3 99 212 2.2316 22 22 39 28 27 22

Legend: n denotes the number of nodes, E denotes the number of directed edges, 〈k〉 denotes the average degree, Inline graphic the number of driving nodes and Inline graphic the number of driven nodes to ensure structural controllability, and Inline graphic the number of driven nodes required if the structural controllability index is set to be equal to Inline graphic, with T = 0.1N, 0.25N, 0.5N, 0.75N.