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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