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Table 2 Properties1 of 17 networks used in simulations: Individual networks

From: Effectiveness variation in simulated school-based network interventions

Network

Nodes

Edges

Comp

Comm

M Degree

G Degree

M Clustering

M Geodesic

Diameter

0

22

84

1

4

7.6

0.22

0.61

1.7

4

1

27

132

1

2

9.8

0.14

0.71

1.8

4

2

21

94

1

3

9.0

0.19

0.63

1.5

3

3

22

115

1

2

10.5

0.13

0.72

1.5

3

42

24

77

2

3

6.4

0.20

0.82

  

5

21

112

1

2

10.7

0.12

0.70

1.4

2

6

22

81

1

3

7.4

0.22

0.74

1.9

5

7

33

157

1

3

9.5

0.19

0.65

2.0

5

8

28

112

1

3

8.0

0.17

0.69

1.9

5

9

17

64

1

2

7.5

0.10

0.91

1.7

3

10

24

89

1

3

7.4

0.21

0.52

1.9

4

11

20

89

1

2

8.9

0.13

0.69

1.6

3

122

23

58

3

4

5.0

0.26

0.75

  

13

26

106

1

4

8.2

0.28

0.64

2.3

6

14

20

61

1

4

6.1

0.19

0.77

2.2

5

15

24

111

1

2

9.3

0.15

0.68

1.7

3

16

29

101

1

3

7.0

0.26

0.68

2.7

6

  1. 1Comp and Comm refer to the number of components and communities respectively. Where nodal (or nodal pair) properties are summarised, M indicates Mean and G indicates Gini coefficient. Geodesic is the shortest path between a pair of nodes
  2. 2Networks 4 and 12 are disconnected and geodesics are not calculated