Derives a macroscale linear transport operator (effective graph Laplacian) for networks from first-principles advection-reaction-diffusion along edges, with scaling properties in edge length.
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2 Pith papers cite this work. Polarity classification is still indexing.
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A new decay-adjusted spatio-temporal model improves estimation of neglected tropical disease prevalence by explicitly accounting for the waning impact of mass drug administration in sparse survey data.
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A multiscale theory for network advection-reaction-diffusion
Derives a macroscale linear transport operator (effective graph Laplacian) for networks from first-principles advection-reaction-diffusion along edges, with scaling properties in edge length.
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A decay-adjusted spatio-temporal model to account for the impact of mass drug administration on neglected tropical disease prevalence
A new decay-adjusted spatio-temporal model improves estimation of neglected tropical disease prevalence by explicitly accounting for the waning impact of mass drug administration in sparse survey data.