Mathematical models of epidemics have created a major area of research interest during the last few decades.
A very simple mathematical model of epidemics appears to account for the evolution of Myspace and Facebook, argue John Cannarella and Joshua Spechler, graduate students in mechanical and aerospace engineering at Princeton University in a paper posted to the arXiv preprint server.
Traditionally, mathematical models of epidemics often take the form of deterministic differential equations in which the variables represent the expected number of individuals in broad disease classes (e.g., susceptible, infected, or recovered) [6].
Info-gap is applied here to mathematical modelling of epidemics and analysis of public health decision-making.
In previous work, we introduced the framework for a mathematical model of epidemic TB in demographically distinct, heterogeneous populations.
Mathematical modeling of the HIV epidemic has been studied by various authors recently [5 12].
Mathematical modeling of shape memory alloys, martensite phase transitions.
In addition, mathematical modeling of the HIV epidemic in four cities in Africa has shown that with generalized epidemics where control programmes are in place, the prevalence of curable STIs either remains constant or reduces, and the prevalence of HSV-2 increase as the epidemic progresses, while the prevalence of curable STIs is higher during the early phase of the epidemic [ 16].
Four graphs in the Blueprint are based on mathematical modeling of the distinctly different epidemics in Cambodia, Kenya, Uganda and Zambia.
We developed a state transition, compartmental, mathematical model of tuberculosis epidemics to estimate the effect of smoking on tuberculosis.
Design We constructed a state transition, compartmental, mathematical model of tuberculosis epidemics to estimate the impact of alternative future smoking trends on tuberculosis control.
