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Fig. 4 | Applied Network Science

Fig. 4

From: Co-contagion diffusion on multilayer networks

Fig. 4

Increasing βB with τA=0 and a low τB=0.02. When βB is low (a), Contagion B diffuses more slowly than A. However, as βB increases in (b), even when Contagion A still diffuses faster its diffusion depth has lowered. When βB>βA (c), then Contagion B diffuses more rapidly and lowers the diffusion ceiling of Contagion A. When βB is high (d), Contagion A barely diffuses. α was fixed to 1.0

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