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Simple and widely used
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Controlling Infectious Diseases »
Controlling Infectious Diseases
Controlling Infectious Diseases☜Mapping the issues around endemic diseases—such as malaria, measles, influenza, HIV, Dengue and West Nile Virus—with the aims of identifying improved control strategies and of providing insights into to the work of mathematical biologists, epidemiologists and public health officials in this field.☜F1CEB7
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Research Questions »
Research Questions
Research Questions☜What are the research priorities for the field?☜FFB597
▲
Open mathematical/computational problems? »
Open mathematical/computational problems?
Open mathematical/computational problems?☜☜FFB597
▲
Statistical Methods for model selection and parameter estimation »
Statistical Methods for model selection and parameter estimation
Statistical Methods for model selection and parameter estimation☜☜FFB597
▲
Parametric approaches »
Parametric approaches
Parametric approaches☜Given an explicit (full) model of disease, estimate all parameters (or some parameters, e.g. beta/R0 only assuming others known from independent sources) by fitting to disease dynamics☜FFB597
▲
Least-squares fitting »
Least-squares fitting
Least-squares fitting☜Use standard optimization approaches to find parameters that minimize the SSQ deviation between predicted and observed incidence (or other disease measures). Assumes (1) constant variance; (2) measurement (observation) error only, no process error☜FFB597
■
Simple and widely used
Simple and widely used☜☜59C6EF
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Redagavo:
Ben Bolker
NodeID:
#98901
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Įvedimo data (GMT):
3/21/2011 2:10:00 PM
Paskutinės redakcijos data (GMT laikas):
3/22/2011 7:24:00 AM
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