Macroscopic Mobility
Social Mobility Modeled using the Continuity Equation
I've
posted a couple of videos capturing a simulation of macroscopic
social mobility running on FlexPDE simulation software. The
simulation was developed by fellow CCH researchers, Dr. Brian
Castellani and Dr. Rajeev Rajaram. The rules for the vector
field are based on the agent rules from my Summit-Sim NetLogo
model.
Disease Progression
Infectious Disease Model
A model looking at the progression of a fatal illness communicated via contact, complete with incubation period, variable disease period and terminality, and agents who are immune to the disease. This model was developed as part of research work for the Center for Complexity in Health.
Zombies!!
Eating brains is FUN!
This
is my attempt at a zombie apocalypse simulation. The model has
gone through several versions at this point. Each newer
version has added functions and (hopefully) better code. Click
the link above to check out all of my Zombies.
Summit-Sim/NetLogo
Computational Sociology Research
This model explores the relationship between Pareto's 80/20 rule and Schelling's segregation threshold. The model is a 51X51 lattice structure, upon which a randomly distributed set of upwardly-mobile rich, middle-class, and poor agents roam. Three rules govern the behavior of these agents: preference, preference-degree, and movability.