denizalp
Computer Science Ph.D. Student @ Brown, Previously Computer Science-Statistics @ Columbia and Economics-Political @ SciencesPo
New York
Pinned Repositories
arrow-debreu
Solving for arrow-debreu economy equilibria
BeHappih
Website Repo of the HAPPIH project
Decaf
drf
e-glamor
E-GLAMOR Website
fisher
Solver for fisher market equilibria for a large class of utility functions.
Humor-Detection
A classifier to detect humor using aversarial methods.
min-max-fisher
Protein-Structure-Prediction
A model to predict the the tertiary sturucture of proteins using their primary structure, secodary structure and MSA deatures.
simple-image-classifier
A repository containing feed-forward neural network coded from scratch and a PyTorch model to recongnize the CIFAR10 images
denizalp's Repositories
denizalp/fisher
Solver for fisher market equilibria for a large class of utility functions.
denizalp/min-max-fisher
denizalp/arrow-debreu
Solving for arrow-debreu economy equilibria
denizalp/e-glamor
E-GLAMOR Website
denizalp/BeHappih
Website Repo of the HAPPIH project
denizalp/Decaf
denizalp/drf
denizalp/Humor-Detection
A classifier to detect humor using aversarial methods.
denizalp/Protein-Structure-Prediction
A model to predict the the tertiary sturucture of proteins using their primary structure, secodary structure and MSA deatures.
denizalp/simple-image-classifier
A repository containing feed-forward neural network coded from scratch and a PyTorch model to recongnize the CIFAR10 images
denizalp/Economy-MARL
denizalp/econUtilities
A collection of functions that come handy in microeconomics
denizalp/exploit-min
Experiments on exploitability minimization in pseudo-games
denizalp/fisher-app
denizalp/fisher-tatonnement
Tatonnement for Fisher markets
denizalp/glamor
Website for the Brown Glamor group
denizalp/library-project
denizalp/market-models
Fisher markets and associated solvers.
denizalp/min-max-gda-fisher
denizalp/min-max-gda-fisher-dynamic
denizalp/regret_net
denizalp/stackelberg_nash
denizalp/stochastic_fisher_market
denizalp/Towards-Interpretable-Reinforcement-Learning-Using-Attention-Augmented-Agents-Replication