MITRE
 
About Us Our Work Employment News & Events
MITRE Remote Access for MITRE Employees Site Map
Home > Our Work > Technical Papers >

Models, Prediction, and Estimation of Outbreaks of Infectious Disease

February 2005

Peter J. Costa, The MITRE Corporation
James P. Dunyak, The MITRE Corporation
Mojdeh Mohtashemi, The MITRE Corporation

ABSTRACT

Conventional SEIR (Susceptible-Exposed–Infectious–Recovered) models have been utilized by numerous researchers to study and predict disease outbreak. By combining the predictive nature of such mathematical models along with the measured occurrences of disease, a more robust estimate of disease progression can be made. The Kalman filter is the method designed to incorporate model prediction and measurement correction. Consequently, we produce an SEIR model which governs the short term behaviour of an epidemic outbreak. The mathematical structure for an associated Kalman filter is developed and estimates of a simulated outbreak are provided.

» Download Paper [PDF, 337KB]

Additional Search Keywords

n/a

 

Page last updated: February 23, 2005   |   Top of page

Homeland Security Center Center for Enterprise Modernization Command, Control, Communications and Intelligence Center Center for Advanced Aviation System Development

 
 
 

Serving as Architects of Information Advantage.™
Copyright © 1997-2008, The MITRE Corporation. All rights reserved.
MITRE is a registered trademark of The MITRE Corporation.
Material on this site may be copied and distributed with permission only.

 

Privacy Policy | Contact Us

Boston Business Journal Best Places to Work 2007 Computerworld Best Places to Work in IT 2005-2008 Fortune 100 Best Places to Work 2002-2008