Add to ORKGThe Zombie Epidemic is a fun framework for investigating different scenarios of spreading disease. An extended Kermack - McKendrick model is analyzed. The only thing that can save humanity is to not get bitten or to find a remedy for the "zombie virus" (both almost impossible)
Every year, tens of thousands of students gather in universities throughout the country to play Huma...
―Zombies and Cowyboys: How to Win the Apocalypse ‖ Suddenly zombies are everywhere. From graphic nov...
We present a NetLogo model of an infestation of ‘Zombies’ in a city environment. Our model offers hop...
In this paper we investigate the impacts the spread of a zombie virus would have on the global popul...
In the thesis, we introduce and study different approaches of modelling zombie epidemic. We model th...
Zombies are a popular figure in pop culture/entertainment and they are usually portrayed as being br...
To study the effect of a zombie outbreak, our team used several differential equations and technique...
Compartmental modeling has been used to model infectious diseases for roughly 100 years. Since 2009,...
Do you watch zombie movies? Have you ever wondered what will be the climax? Now you can use mathema...
A simple discrete-time two-dimensional dynamical system is constructed and analyzed numerically, wit...
abstract: Mathematical models of infectious diseases are a valuable tool in understanding the mechan...
The concept of the living dead has been a subject of human fascination for thousands of years, datin...
In this paper, we investigate the existence of stability-changing bifurcations in epidemiological mo...
Models of infectious diseases have been developed since the first half of the twentieth century. The...
In the fall of 2011 Utah State University\u27s campus was invaded by a group of 15 zombies. While th...
Every year, tens of thousands of students gather in universities throughout the country to play Huma...
―Zombies and Cowyboys: How to Win the Apocalypse ‖ Suddenly zombies are everywhere. From graphic nov...
We present a NetLogo model of an infestation of ‘Zombies’ in a city environment. Our model offers hop...
In this paper we investigate the impacts the spread of a zombie virus would have on the global popul...
In the thesis, we introduce and study different approaches of modelling zombie epidemic. We model th...
Zombies are a popular figure in pop culture/entertainment and they are usually portrayed as being br...
To study the effect of a zombie outbreak, our team used several differential equations and technique...
Compartmental modeling has been used to model infectious diseases for roughly 100 years. Since 2009,...
Do you watch zombie movies? Have you ever wondered what will be the climax? Now you can use mathema...
A simple discrete-time two-dimensional dynamical system is constructed and analyzed numerically, wit...
abstract: Mathematical models of infectious diseases are a valuable tool in understanding the mechan...
The concept of the living dead has been a subject of human fascination for thousands of years, datin...
In this paper, we investigate the existence of stability-changing bifurcations in epidemiological mo...
Models of infectious diseases have been developed since the first half of the twentieth century. The...
In the fall of 2011 Utah State University\u27s campus was invaded by a group of 15 zombies. While th...
Every year, tens of thousands of students gather in universities throughout the country to play Huma...
―Zombies and Cowyboys: How to Win the Apocalypse ‖ Suddenly zombies are everywhere. From graphic nov...
We present a NetLogo model of an infestation of ‘Zombies’ in a city environment. Our model offers hop...