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- Anderson R.M.
(1988), The Epidemiology of HIV Infection, J. Roy. Stat. Soc.
A, 151 part 1.
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- Anderson R.M. and May R.M. (1987), Infectious Diseases in Humans : Dynamics
and Control, OUP. Used extensively in the church growth models.
- Bailey N.T.J. (1975),
The Mathematical Theory of Infectious Diseases and its Applications,
Griffen, London
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- Dangerfield B. & Roberts C. (1999), Optimisation as a statistical estimation
tool: An example in estimating the AIDS treatment-free incubation
period distribution, System Dynamics Review 15: (3) 273-291.
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- Hamer W. H. (1906),
Epidemic Disease in England, The Lancet, i, 733-9.
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- Kermack W.O. and McKendrick A.G. (1927), A Contribution to the Mathematical Theory
of Epidemics, Proc. Roy. Soc., A115, 700-21. The first paper
on the mathematics of the spread of diseases.
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- May R.M. and Anderson R.M. (1985), Endemic Infections in Growing Populations,
Math. Biosciences, 77, pp 141-156.
-
- May R.M. and Anderson R.M. (1987), Transmission Dynamics of HIV Infection, Nature,
326, pp 137-142.
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- Raggett G.F.
(1982), Modelling the Eyam Plague, Bulletin IMA, 18, pp 221-226.
A readable account of how the basic epidemic model is applied
to real data.
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