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Table 3 Multiplex-based protection scheme, random nodes attack scenario

From: Pre-emptive spectral graph protection strategies on multiplex social networks

Methods

Florentine Families

Krackhardt HighTech

Vicker 7thGrader

 

θ ave

θ stdev

θ ave

θ stdev

θ ave

θ stdev

Random immunization

82.09

5.60

76.94

2.20

77.99

1.89

AV

80.59

2.96

76.81

2.91

78.07

1.30

TIM

86.31

3.74

78.40

1.59

78.60

1.77

SpreadingDegree

86.38

4.86

78.44

1.47

78.56

1.26

MultiplexShield

88.22

4.88

80.11

2.11

80.85

1.25

Methods

Lazega LawFirm

Physician Innovation

C.Elegans

 

θ ave

θ stdev

θ ave

θ stdev

θ ave

θ stdev

Random immunization

77.85

1.01

78.94

0.49

78.90

0.35

AV

77.95

1.04

78.86

0.38

78.96

0.41

TIM

78.51

0.83

79.23

0.38

80.13

0.62

SpreadingDegree

78.51

0.76

79.63

0.32

80.20

0.70

MultiplexShield

79.43

0.68

80.01

0.43

81.05

0.44

Methods

Kapferer TailorShop

CS Aarhus

 

θ ave

θ stdev

θ ave

θ stdev

 

Random immunization

80.78

0.72

82.32

0.57

 

AV

81.19

0.70

82.48

0.55

 

TIM

81.31

0.67

82.71

0.60

 

SpreadingDegree

81.42

0.71

82.72

0.55

 

MultiplexShield

82.07

0.75

83.21

0.74

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