Aaron A. King, Ph.D.

Professor of Ecology & Evolutionary Biology and Mathematics
University of Michigan

Model-based Inference in Ecology and Epidemiology.

Perspective

Ecological and epidemiological systems are particularly interesting from the physical point of view. Their complexity and high-dimensionality makes it natural to approach them as stochastic, nonlinear dynamical systems and within this context, many questions of both intrinsic interest and practical concern can be formulated. To answer these questions, it is necessary to rigorously confront hypothetical models with data. In this regard, time-series data are of particular value inasmuch as they have the potential to express the characteristic signatures of causal mechanisms. This course will take students into the heart of these issues via an introduction to ecological and epidemiological stochastic dynamical systems models using a series of examples with real data. Students will learn how to formulate questions as models and answer the questions using state-of-the-art inference algorithms.

Course objectives

  1. to introduce partially observed Markov process (POMP) models as tools for scientific investigation
  2. to give students the ability to formulate POMP models of their own
  3. to teach efficient approaches for performing scientific inference using POMP models
  4. to familiarize students with the pomp package
  5. to give students opportunities to work with such inference methods
  6. to provide documented examples for student re-use

Prerequisites

Format and expectations

The course will be taught using a mixture of lectures and computational laboratory exercises. Students are expected to complete assigned readings before class meetings, keep up with assigned homework, participate fully in discussions, and work on course activities during class meetings.

The course materials can be found here.


© 2017 Aaron A. King
2051 Kraus Natural Sciences Building
830 North University Avenue
Ann Arbor MI 48109-1048 USA