Ellsworth Campbell: Difference between revisions
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* Public health impacts of health behaviors that spread from person-to-person (social contagion) [http://www.nature.com/srep/2013/130528/srep01905/full/srep01905.html] | * Public health impacts of health behaviors that spread from person-to-person (social contagion) [http://www.nature.com/srep/2013/130528/srep01905/full/srep01905.html] | ||
** Optimal vaccination strategies when susceptibility is clustered on a network | ** Optimal vaccination strategies when susceptibility is clustered on a network | ||
* Infectious disease management by improved ventilation when increased vaccination coverage is not feasible | |||
=====Academic Interests===== | =====Academic Interests===== |
Revision as of 04:19, 9 June 2014
Complex Systems Summer School 2014 |
Ells is a PhD Candidate at the Center for Infectious Disease Dynamics at Penn State (Salathé Group). In August, he'll begin work as an ORISE Fellow at the CDC in Atlanta, GA.
Research
- Digital epidemiology [1]
- Evolution of antibiotic resistance and optimal antibiotic-use strategies [2]
- Public health impacts of health behaviors that spread from person-to-person (social contagion) [3]
- Optimal vaccination strategies when susceptibility is clustered on a network
- Infectious disease management by improved ventilation when increased vaccination coverage is not feasible
Academic Interests
- Open Source & Open-Access without exception (GitHub)
- Leveraging interactive media for scientific outreach and citizen science
Education
- BS in Human Biology from UC San Diego in 2009
- MS in Biology from UC San Diego in 2011
- PhD ongoing at Penn State / CDC (expected 2016)
CSSS
My interests are extremely broad so I'm open to anything. Like all of you I am here to explore, cultivate new skills, and step outside my comfort zone. I've listed topics & skills that might be relevant to CSSS projects.
- Infectious disease dynamics
- Evolutionary theory w/ specific experience in antibiotic resistance tradeoffs
- Social contagion processes (simple, complex & dynamic adoption)
- Network construction, manipulation and analysis
- Agent-based simulations in Java & Python
- Mass Action PopGen models in MatLab
- Data Visualization in D3.js, Gephi & ggplot2
- Data Analysis via Python & R w/ exposure to PostgreSQL
- Web Development in Ruby on Rails, Javascript & CSS
Hobbies
- Video games (more than I'd like to admit)
- steam: ellscubed
- GeoPolitics
- Hiking/Camping (when whether permits)
- Poker (Texas Hold'em)
- Billiards (8-ball & 9-ball)
- Trees & Pineapples and such