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kaggle
My first (and only) Kaggle Top 10%
bandits
A Practical Introduction to Randomized Prior Functions
Risk-aware bandits
Approximate bayesian inference for bandits
Non-stationary bandits
Bootstrapped Neural Networks, RFs, and the Mushroom bandit
Thompson Sampling for Contextual bandits
Introduction to Thompson Sampling: the Bernoulli bandit
bayesian
Risk and Uncertainty in Deep Learning
A Practical Introduction to Randomized Prior Functions
Risk-aware bandits
Approximate bayesian inference for bandits
Non-stationary bandits
Bootstrapped Neural Networks, RFs, and the Mushroom bandit
Thompson Sampling, GPs, and Bayesian Optimization
Thompson Sampling for Contextual bandits
Introduction to Thompson Sampling: the Bernoulli bandit
clustering
Diagnosing validity of causal effects on decision trees
The Bayesian Bootstrap
Calculating counterfactuals with random forests
Calculating counterfactuals with decision trees
A Causal Look At What Makes a Kaggler Valuable
Causal inference and treatment effect estimation
Supervised dimensionality reduction and clustering at scale with RFs with UMAP
Supervised clustering and forest embeddings
dreduction
Solving the mystery of my dog's breed with ML
The Bayesian Bootstrap
Calculating counterfactuals with random forests
Calculating counterfactuals with decision trees
A Causal Look At What Makes a Kaggler Valuable
Causal inference and treatment effect estimation
Supervised dimensionality reduction and clustering at scale with RFs with UMAP
Supervised clustering and forest embeddings
classification
Solving the mystery of my dog's breed with ML
Training models when data doesn't fit in memory
Calibration of probabilities for tree-based models
causal inference
The features and shortcomings of Bayesian Networks (with CausalNex)
Diagnosing validity of causal effects on decision trees
The Bayesian Bootstrap
Calculating counterfactuals with random forests
Calculating counterfactuals with decision trees
A Causal Look At What Makes a Kaggler Valuable
Causal inference and treatment effect estimation
regression
Risk and Uncertainty in Deep Learning
A Practical Introduction to Randomized Prior Functions
engineering
Training models when data doesn't fit in memory