Publication Date |
2008 |
Personal Author |
Berry, M. S.; Samsa, M. E.; Walsh, D. M. |
Page Count |
52 |
Abstract |
EpiPOD is a modeling system that enables local, regional, and county health departments to evaluate and refine their plans for mass distribution of antiviral and antibiotic medications and vaccines. An intuitive interface requires users to input as few or as many plan specifics as are available in order to simulate a mass treatment campaign. Behind the input interface, a system dynamics model simulates pharmaceutical supply logistics, hospital and first-responder personnel treatment, population arrival dynamics and treatment, and disease spread. When the simulation is complete, users have estimates of the number of illnesses in the population at large, the number of ill persons seeking treatment, and queuing and delays within the mass treatment system all metrics by which the plan can be judged. |
Keywords |
|
Source Agency |
|
Corporate Authors |
Argonne National Lab., IL. Decision and Information Sciences Div.; Department of Energy, Washington, DC.; Department of Homeland Security, Washington, DC. |
Supplemental Notes |
Sponsored by Department of Homeland Security, Washington, DC. and Department of Energy, Washington, DC. |
Document Type |
Technical Report |
NTIS Issue Number |
200912 |