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Connectivity disruption sparks explosive epidemic spreading
L. Böttcher
, O. Woolley-Meza
,
E. Goles
, D. Helbing
, H. J. Herrmann
Research output
:
Contribution to journal
›
Article
›
peer-review
32
Scopus citations
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Keyphrases
Explosives
100%
Network Disruption
100%
Infected Node
100%
Epidemic Spreading
100%
Network Topology
50%
Large Spatial Scale
50%
Stationary States
50%
System Components
50%
Hysteresis
50%
Local Interaction
50%
Infection Rate
50%
Whole Population
50%
Discontinuous Jump
50%
Large Jump
50%
Infection Spread
50%
Encapsulated Nodes
50%
Failed Nodes
50%
Multiple Nodes
50%
Simultaneous Infection
50%
Mathematical Epidemiology
50%
System Cluster
50%
Local Spread
50%
Cluster Infection
50%
Susceptible-infected-recovered Model
50%
INIS
size
100%
interactions
100%
populations
100%
topology
100%
epidemiology
100%
explosives
100%
hysteresis
100%
Mathematics
Stationary State
100%
Spatial Scale
100%
Infection Rate
100%
Computer Science
Network Topology
100%
Stationary State
100%