oconnor-kevin

PhD Student in Statistics at UNC-Chapel Hill

Chapel Hill, NC

Pinned Repositories

clustering-with-ot
Language:TeX10
comp755
Language:TeX00
Differential-Correlation-Mining
Language:R10
FalseClassificationRate
Language:R00
GraphOTC
Language:MATLAB30
HandwrittenDigitsLDA
Language:R01
Kaggle-CatVsDog
Language:R0 2 00
Kaggle-FacebookCheckInCompetition
This contains my collected submissions to the Facebook Check-in Competition on Kaggle, found at the website provided.
00
ornstein-autoencoders
Language:Python10
OTC
Language:Jupyter Notebook2 2 00

oconnor-kevin's Repositories

oconnor-kevin/GraphOTC
Language:MATLAB30
oconnor-kevin/OTC
Language:Jupyter Notebook2 2 00
oconnor-kevin/clustering-with-ot
Language:TeX10
oconnor-kevin/Differential-Correlation-Mining
Language:R10
oconnor-kevin/ornstein-autoencoders
Language:Python10
oconnor-kevin/comp755
Language:TeX00
oconnor-kevin/FalseClassificationRate
Language:R00
oconnor-kevin/HandwrittenDigitsLDA
Language:R01
oconnor-kevin/Kaggle-CatVsDog
Language:R0 2 00
oconnor-kevin/Kaggle-FacebookCheckInCompetition
This contains my collected submissions to the Facebook Check-in Competition on Kaggle, found at the website provided.
00
oconnor-kevin/LinAlgLibrary
Language:Java
oconnor-kevin/ModelingMaxTemperatures
Language:R
oconnor-kevin/optimal_joinings
Repository for the paper Estimation of Stationary Optimal Transport Plans by O'Connor et al.
Language:Jupyter Notebook
oconnor-kevin/OptimalTransportNIPS17
Code for NIPS 2017 spotlight paper: "Near-linear time approximation algorithms for optimal transport via Sinkhorn iteration" by Jason Altschuler, Jonathan Weed, and Philippe Rigollet. Full paper available at: https://papers.nips.cc/paper/6792-near-linear-time-approximation-algorithms-for-optimal-transport-via-sinkhorn-iteration.
oconnor-kevin/OthelloAI
Language:Python
oconnor-kevin/TemperatureTrendEstimation
Language:R
oconnor-kevin/UNC_CancerGenomics_Spring19_Group2
Language:R
oconnor-kevin/WorldRender
Language:Java1 0