Zin5ki said:Sleeping is nothing of which I am ashamed. I quite enjoy it, in fact.
Arbalest said:Ah, howdy Tach.
I need to get back to posting on the forums more i think. But i have a feeling, after the expo, i'm going to go silent. My dissertation is going to take over, and i'm gonna hate that a lot. I mean, a Maths Dissertation? Madness.
ilmaestro said:I did my dissertation on Urasawa Naoki.
KJP1 (*) Spatial modelling of Zombie outbreaks (Project for two students)
(WARNING: If you are squeamish/don’t like zombies, then you should probably choose another
project).
Zombies form a species of living dead that prey upon humans. According to current understanding,
while the origin of an initial zombie population is disputed, the ”birth” of new
zombies is predominantly achieved via infection and subsequent transmutation of the human
population.
In these projects you will investigate a model for zombie-human interactions following an
outbreak of zombie infection. The initial phase will follow the same path for both projects and
will involve researching the below paper by Munz et al. The project will then be split into two
components to be carried out by each student undertaking the project (please indicate your
preference as Zombie Project 1 or Zombie Project 2 when you come to make your selection).
• Project 1: Spatial model for zombie spread. You will extend the model of Muniz et al to
include the spread of zombie infestation throughout the environment. The key goal will
be to determine how the speed of zombie spread depends on the model parameters (e.g.
speed of zombie movement, rate of zombie-human infection).
• Project 2: Zombie-human coexistence. You will examine the conditions under which
zombies and humans can harmoniously (?) coexist. The main goal will be to determine
the conditions under which the populations segregate into distinct regions of highzombie/
low-human and high-human/low-zombie zones.
Please note: their will be no practical/experimental component to this project.
Although a light hearted application, the project will teach valuable skills on developing models,
analysing their properties and interpreting the results. Some computation with Matlab/Maple
7 may be required. While not essential, this project would be ideally suited for students doing
Math Biology A and Math Biology B options this year. For background information on this
project, please see
• P Munz, I Hudea1y, J Imadz, RJ Smith? (2009). WHEN ZOMBIES ATTACK!: MATHEMATICAL
MODELLING OF AN OUTBREAK OF ZOMBIE INFECTION. In: Infectious
Disease Modelling Research Progress. Editors: J.M. Tchuenche and C. Chiyaka,
pp. 133-150.
• Chapter 3 of Essential Mathematical Biology (Nick Britton, 2003, Springer)
• Shaun of the Dead (Simon Pegg and Edgar Wright, 2004).
Arbalest said:SO yeah, i mentioned this on the chat not to long back, but i have found a couple of my options for a dissertation project. These are not made up, they are legit.
KJP1 (*) Spatial modelling of Zombie outbreaks (Project for two students)
(WARNING: If you are squeamish/don’t like zombies, then you should probably choose another
project).
Zombies form a species of living dead that prey upon humans. According to current understanding,
while the origin of an initial zombie population is disputed, the ”birth” of new
zombies is predominantly achieved via infection and subsequent transmutation of the human
population.
In these projects you will investigate a model for zombie-human interactions following an
outbreak of zombie infection. The initial phase will follow the same path for both projects and
will involve researching the below paper by Munz et al. The project will then be split into two
components to be carried out by each student undertaking the project (please indicate your
preference as Zombie Project 1 or Zombie Project 2 when you come to make your selection).
• Project 1: Spatial model for zombie spread. You will extend the model of Muniz et al to
include the spread of zombie infestation throughout the environment. The key goal will
be to determine how the speed of zombie spread depends on the model parameters (e.g.
speed of zombie movement, rate of zombie-human infection).
• Project 2: Zombie-human coexistence. You will examine the conditions under which
zombies and humans can harmoniously (?) coexist. The main goal will be to determine
the conditions under which the populations segregate into distinct regions of highzombie/
low-human and high-human/low-zombie zones.
Please note: their will be no practical/experimental component to this project.
Although a light hearted application, the project will teach valuable skills on developing models,
analysing their properties and interpreting the results. Some computation with Matlab/Maple
7 may be required. While not essential, this project would be ideally suited for students doing
Math Biology A and Math Biology B options this year. For background information on this
project, please see
• P Munz, I Hudea1y, J Imadz, RJ Smith? (2009). WHEN ZOMBIES ATTACK!: MATHEMATICAL
MODELLING OF AN OUTBREAK OF ZOMBIE INFECTION. In: Infectious
Disease Modelling Research Progress. Editors: J.M. Tchuenche and C. Chiyaka,
pp. 133-150.
• Chapter 3 of Essential Mathematical Biology (Nick Britton, 2003, Springer)
• Shaun of the Dead (Simon Pegg and Edgar Wright, 2004).
So yeah, madness, but damn, what an awesome topic to do.
Stuart-says-yes said:oh dear, I was away to cook some delicious hotdog and venison spaghetti (because hot dog tastes good with everything)