cameron-ardell Goto Github PK

bowdinner

Final project for Mobile Computing Spring 2016

c-sharp-projects

I am teaching myself C# and these are some projects I've assigned myself

cassini

practicing learning scrollView in Xcode in Swift

data_vis_final_solo_proj

dpll

First project for Optimization and Uncertainty Spring 2016

earth-orbit-stops-and-interpolation

Code uses interpolation to calculate how many days it would take for Earth to fall into Sun if its orbit stopped, and examines the accuracy of interpolation on a specific function.

kirchoff-s-laws

Uses linear algebra to analytically solve a circuit of n branches by applying Kirchoff's Laws. See write up for more detials and analysis.

legendre-pdes

Code analytically solves for the first 5 Legendre Polynomials using partial differential equations. See write up for more details and analysis.

mdp

Optimization and Uncertainty final project: Ethan Zhou + Sophie Ardell

mobile-computing

odes-and-single-and-double-metronome-systems

First project solves ordinary differential equations, second and third project solves motion of a system with metronome(s) in it. See write up for more details and analysis.

particle-swarm-optimization

Optimization code runs over n-dimensions in a format similar to simulated annealing

pr-roulette

professor

practicing learning split view in Xcode in Swift

quantitative_analysis_political_science

react_projects

Projects I've made while teaching myself React.js

security

CBBHacks hackathon 2016

single-pendulum-and-double-integral-evaluation

1) Create a code that can numerically evaluate the period of a pendulum (simple harmonic oscillator) based on given initial theta. 2) Evaluate a double integral. See write up for more details and analysis.

studying-for-technical-interviews

Collection of documents I made to prep for technical interviews

summer-research-2017

work from this summer with Stephen Majercik

traffic-flow

Final Project for Computational Physics

traveling-salesman-using-aco

Code solves traveling salesman problem using an optimization algorithm inspired by how ant colonies find food sources (see write up for more information and analysis)