Author: Jonathan Dushoff; Sang Woo Park
Title: Speed and strength of an epidemic intervention Document date: 2020_3_3
ID: fhqbw32a_21
Snippet: Since b is a distribution (which integrates to 1), the reduction needed to prevent invasion (or to eliminate disease) is exactly φ = r. We call φ the "speed" of the intervention; transmission is interrupted when the speed of the intervention is faster than the speed of spread. We generalize this idea by allowing the hazard rate h(τ ) at which K is reduced to vary through time, thus:K.....
Document: Since b is a distribution (which integrates to 1), the reduction needed to prevent invasion (or to eliminate disease) is exactly φ = r. We call φ the "speed" of the intervention; transmission is interrupted when the speed of the intervention is faster than the speed of spread. We generalize this idea by allowing the hazard rate h(τ ) at which K is reduced to vary through time, thus:K
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