TELL ME Design: Protective Behaviour During an Epidemic

Jennifer Badham, Nigel Gilbert

Research output: Book/ReportOther report

Abstract

The TELL ME agent based model simulates the connections between health agency communication, personal decisions to adopt protective behaviour during an influenza epidemic, and the effect of those decisions on epidemic progress. The behaviour decisions are modelled with a combination of personal attitude, behaviour adoption by neighbours, and the local recent incidence of influenza. This paper sets out and justifies the model design, including how these decision factors have been operationalised. By exploring the effects of different communication strategies, the model is intended to assist health authorities with their influenza epidemic communication plans. It can both assist users to understand the complex interactions between communication, personal behaviour and epidemic progress, and guide future data collection to improve communication planning.
Original languageEnglish
PublisherCRESS, University of Surrey
Number of pages21
Publication statusPublished - 2015

Publication series

NameCRESS Working Paper
PublisherCentre for Research in Social Simulation
No.2
Volume2015

Fingerprint

Cellular telephone systems
Communication
Health
Planning

Cite this

Badham, J., & Gilbert, N. (2015). TELL ME Design: Protective Behaviour During an Epidemic. (CRESS Working Paper; Vol. 2015, No. 2). CRESS, University of Surrey.
Badham, Jennifer ; Gilbert, Nigel. / TELL ME Design: Protective Behaviour During an Epidemic. CRESS, University of Surrey, 2015. 21 p. (CRESS Working Paper; 2).
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Badham, J & Gilbert, N 2015, TELL ME Design: Protective Behaviour During an Epidemic. CRESS Working Paper, no. 2, vol. 2015, CRESS, University of Surrey.

TELL ME Design: Protective Behaviour During an Epidemic. / Badham, Jennifer; Gilbert, Nigel.

CRESS, University of Surrey, 2015. 21 p. (CRESS Working Paper; Vol. 2015, No. 2).

Research output: Book/ReportOther report

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Badham J, Gilbert N. TELL ME Design: Protective Behaviour During an Epidemic. CRESS, University of Surrey, 2015. 21 p. (CRESS Working Paper; 2).