Add to ORKGIn this paper, we propose several strategies to curb the trans-missible diseases from spreading. Our policies identies indi-viduals and locations which play a vital role in spreading the disease. Our analysis is based on simulation data generated by Episims system. We model this data as People-People Contact Network and People-Locations Activity Graph. We also evaluate our proposed strategies under dierent practi-cal resource constraints. 2
Mathematics has long been an important tool for understanding and controlling the spread of infectio...
Though carrying considerable economic and societal costs, restricting individuals’ traveling freedom...
The transmission dynamics of the coronavirus-COVID-19-have challenged humankind at almost every leve...
We propose an epidemiological model that explores the effect of human mobility on the spatio-tempora...
Contagious diseases and their impacts can be modulated to a higher extent by implementing proper mat...
When an emerging acute infectious disease occurs, travel restrictions, one-way or two-way, are often...
Effectively controlling infectious diseases requires quantitative comparisons of quarantine, infecti...
ii Epidemics have been modeled mathematically as a way to safely understand them. For many of these ...
We analyse two models describing disease transmission and control on regular and small-world network...
Models for control of highly infectious diseases on local, small-world, and scale-free networks are ...
The spread of a virus and the containment of the spread have been widely studied in the literature. ...
Mathematical modeling is an essential tool in epidemiology. Models are constructed to describe the s...
Understanding how to effectively control an epidemic spreading on a network is a problem of paramoun...
Human mobility and social structure are at the basis of disease spreading. Disease containment strat...
The spread of infectious diseases has been a public concern throughout human history. Historic recor...
Mathematics has long been an important tool for understanding and controlling the spread of infectio...
Though carrying considerable economic and societal costs, restricting individuals’ traveling freedom...
The transmission dynamics of the coronavirus-COVID-19-have challenged humankind at almost every leve...
We propose an epidemiological model that explores the effect of human mobility on the spatio-tempora...
Contagious diseases and their impacts can be modulated to a higher extent by implementing proper mat...
When an emerging acute infectious disease occurs, travel restrictions, one-way or two-way, are often...
Effectively controlling infectious diseases requires quantitative comparisons of quarantine, infecti...
ii Epidemics have been modeled mathematically as a way to safely understand them. For many of these ...
We analyse two models describing disease transmission and control on regular and small-world network...
Models for control of highly infectious diseases on local, small-world, and scale-free networks are ...
The spread of a virus and the containment of the spread have been widely studied in the literature. ...
Mathematical modeling is an essential tool in epidemiology. Models are constructed to describe the s...
Understanding how to effectively control an epidemic spreading on a network is a problem of paramoun...
Human mobility and social structure are at the basis of disease spreading. Disease containment strat...
The spread of infectious diseases has been a public concern throughout human history. Historic recor...
Mathematics has long been an important tool for understanding and controlling the spread of infectio...
Though carrying considerable economic and societal costs, restricting individuals’ traveling freedom...
The transmission dynamics of the coronavirus-COVID-19-have challenged humankind at almost every leve...