Bayesian study design for nonlinear systems: an animal disease transmission experiment case study

Speaker: Rob Deardon

Date: Tue, May 3, 2016

Location: PIMS, University of Calgary

Conference: Lunchbox Lecture Series

Subject: Mathematics, Statistics Theory, Applied Mathematics, Statistics

Class: Scientific


Experimental design is a branch of statistics focused upon designing experimental studies in a way that maximizes the amount of salient information produced by the experiment. It is a topic which has been well studied in the context of linear systems. However, many physical, biological, economic, financial and engineering systems of interest are inherently non-linear in nature. Experimental design for non-linear models is complicated by the fact that the optimal design depends upon the parameters that we are using the experiment to estimate. A Bayesian, often simulation-based, framework is a natural setting for such design problems. We will illustrate the use of such a framework by considering the design of an animal disease transmission experiment where the underlying goal is to identify some characteristics of the disease dynamics (e.g. a vaccine effect, or the infectious period).