Modeling of Anthrax Disease via Efficient Computing Techniques

Computer methods have a significant role in the scientific literature. Nowadays, development computational for solving highly complex and nonlinear systems is hot issue different disciplines like engineering, physics, biology, many more. Anthrax primarily zoonotic disease herbivores caused by bacterium called Bacillus anthracis. Humans generally acquire directly or indirectly from infected animals, through occupational exposure to contaminated animal products. The outbreak of human anthrax reported Eastern Mediterranean regions Pakistan, Iran, Iraq, Afghanistan, Morocco, Sudan. Almost ninety-five percent chances are transmission bacteria forming spores World Health Organization (WHO). modeling an based on four compartments along with two humans (susceptible infected) others dead bodies sporing agents. mathematical analysis studied fundamental properties deterministic modeling. stability model equilibria rigorously. authentication analytical results examined well-known computer Euler, Runge Kutta, Non-standard finite difference (NSFD) feasible (positivity, boundedness, dynamical consistency) model. In end, comparison algorithms shows effectiveness methods.