An epidemic model with optimal control strategies was investigated for Hepatitus C Viral disease that can be transmitted through infected individuals. In this study, we used a deterministic compartmental model for assessing the effect of different optimal control strategies for controlling the spread of Hepatitus C disease in the community. Stability theory of differential equations is us...

in this paper, we present a binary-linear optimization model to prevent the spread of an infectious disease in a community. the model is based on the remotion of some connections in a contact network in order to separate infected nodes from the others. by using this model we nd an exact optimal solution and determine not only the minimum number of deleted links but also their exact positions. ...

The outbreak of COVID-19 has disrupted our regular life. Many state and local authorities have enforced a cordon sanitaire for the protection sensitive areas. Travelers can only travel across after being qualified. This paper aims to propose method determine optimal deployment in terms number parallel checkpoints at each entry link epidemic control. A bilevel programming model is formulated whe...

The interventions and outcomes in the ongoing COVID-19 pandemic are highly varied. disease both impose costs harm on society. Some with particularly high may only be implemented briefly. design of optimal policy requires consideration many intervention scenarios. In this paper we investigate timing that not sustainable for a long period. Specifically, look at impact single short-term non-repeat...