DAIDD 2015

Fourth annual Clinic on Dynamical Approaches to Infectious Disease Data

December 13-19, 2015

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You should complete the following steps in preparation for the clinic before you arrive in Jacksonville. You will need to be logged into your GitHub account to access the materials linked below.

1. Research Pitch

  • Prepare a short oral presentation summarizing your research (2 minutes max, 1 slide in PDF format)
    • You may summarize recent, completed research that forms the basis for ongoing work, or you may give an overview of a new project that’s in development or of ongoing work.
    • We recommend selecting 1-2 visual aids (eg, figures or diagrams) that will help you explain key aspects of the research. Please keep the text on your slide to a minimum.
    • Do not attempt to explain all of the details of your project - stick to the essentials and keep it simple. You will be kept to time.
  • Prepare a more detailed description of your research
    • We recommend using an existing description of your research, rather than creating something from scratch. For example, you could use a poster you have presented elsewhere, a project proposal you have written, or even compile abstracts from 2-3 projects you’ve published or presented at meetings.
    • The intent here is not for you to spend hours preparing something new to share, rather to provide an easy way for others who are interested to learn more about your research and interests.
    • Please do keep it brief (1-3 pages would be best).
  • Bring PDF versions of your slide and more detailed description with you on Sunday afternoon. We will have a session on Sunday evening where you are instructed on how to add these files to the DAIDD 2015 repository.

2. Pre-assigned reading

Required reading

  • Heesterbeek, JAP, RM Anderson, V Andreasen, S Bansal, D De Angelis, C Dye, KTD Eames, WJ Edmunds, SDW Frost, S Funk, TD Hollingsworth, T House, V Isham, P Klepac, J Lessler, JO Lloyd-Smith, CJE Metcalf, D Mollison, L Pellis, JRC Pulliam, MG Roberts, C Viboud, and the Isaac Newton Institute IDD Collaboration. (2015) Modeling infectious disease dynamics in the complex landscape of global health. Science 347(6227): aaa4339. doi:10.1126/science.aaa4339
    • Note that this paper is long and may be best read in multiple sittings.
    • You may find Box 1 and Box 4 particularly useful.
    • Please read the full paper, with the exception of the following subsections, which you may skim (depending on your areas of interest):
      • Real-time outbreak modeling: The Ebola 2014–2015 outbreak
      • Emergence of novel human pathogens
      • Pathogen evolution and phylodynamics
      • Multiple infections
      • Behavior of hosts
      • Elimination and eradication
      • Computational statistics, model fitting, and big data
  • We have put together an introductory overview, which includes excerpts from the below papers.
    • Bellan, SE, JRC Pulliam, JC Scott, J Dushoff and the MMED Organizing Committee. How to make epidemiological training infectious. PLoS Biology 2012; 10: e1001295.
    • Susser, M and E Susser. Choosing a future for epidemiology: I. Eras and paradigms. Am J Public Health 1996; 86: 668–73.
    • Koopman, JS and JW Lynch. Individual causal models and population system models in epidemiology. Am J Public Health 1999; 89: 1170–4.
    • Brauer, F. Mathematical epidemiology is not an oxymoron. BMC Public Health 2009; 9: S2.
  • Welte, A, B Williams, and G Hitchcock. Mathematical models of transmission and control of infectious agents, Chapter 5.18 in Oxford Textbook of Global Public Health (Sixth Edition, Eds. R Detels, M Gulliford, QA Karim, and CC Tan). Oxford University Press (February 2015). Print ISBN-13: 9780199661756

3. Software installation

If you plan to bring a laptop to use during the Clinic, please install the following programs prior to the opening session:

  • Excel (or a compatible spreadsheet program)
  • Git - version control software > Note that the latest versions of MacOS come with Git installed, so you may not need to install this program.
  • GitHub GUI (download links for Windows and MacOS) > If you use a different operating system, please let us know.
  • R - a statistical programming language (download links for Windows, Linux, and MacOS)
  • R Studio - a user interface for R that will be needed for computer exercises (download link)

Please let us know if you have trouble installing any of the above software!

4. Introductory tutorials