Mathematical Model for Transmission of Ebola

Abstract In this paper we have developed a transmission model for Ebola virus, which causes acute viral haemorrhagic fever syndrome. This model presents a better understanding and awareness of the disease that are transmitted from animals such as bats, monkeys and rottens to human beings. In our research paper the model used is SEIR model which has susceptible-SH, exposed-EH, infected-IH and recovered- RH classes. The mathematical model with respect to various parameters has been developed and was found that as the rate of immunity is increased the number of infected persons decreases. The chances of recovered humans to susceptible humans arise due to decrease in immunity is also considered. This model also suggest the best combination of control or eradication on virus epidemic. The prognosticated human population for susceptible, exposed, infectious and recovered over time and has been shown using an example.