This model has similarities to the Standard SIR model in that some compartments experience exponential decay and there is a mixing term that leads to logistic growth. The logistic growth term assumes that the population is well mixed but it is hard to see how either sexual transmission or needle sharing would lead to such mixing.
Epidemiology, Exponential decay, Logistic
| 1917 AD | Ross & Hudson | Compartmental models |
| 1927 AD | Kermack & McKendrick | Standard SIR model |
| 1987 AD | Anderson & May | Anderson-May model for HIV |