Learnings from the DataKind DataDive
More robust web scrapers and using R in Jupyter notebooks.
More robust web scrapers and using R in Jupyter notebooks.
Infrastructure, teaching, and preparation for more learning.
Notes from my exam prep.
Intuition, MCMC, and modeling in Stan.
MLE as a generalization of MAP with a uniform prior.
Infrastructure, teaching, and preparation for more learning.
Infrastructure, teaching, and preparation for more learning.
The 9 Indispensable Rules for Finding Even the Most Elusive Software and Hardware Problems.
The secret was the call stack!
Tableau and Power BI notes, with examples.
Building a dashboard with Plotly Dash for my NLP with Deep Learning final project.
An MLOps Project for the ZenML Month of MLOps Competition.
Productionizing a fun new model.
Addressing bias and variance in deep learning models.
Why everyone loves ReLU so much.
A little bit on CPU vs. GPU, and why GPUs excel for deep learning tasks.
A little bit about a lot of Big Data concepts.
Some background on Shapley and SHAP implementation.
First course notes, with a focus on improving human-level performance.
Practicing some new modeling techniques and Airflow things.
The math behind this dimensionality reduction technique.
Fundamental concepts for understanding ML applications.
Fundamental building blocks and applications.
Why statisticians care about it and ML folks don’t (but maybe should).
Some common distance measures and when to use them.
The math behind this dimensionality reduction technique.
Fundamental concepts for understanding ML applications.
Fundamental building blocks and applications.
Infrastructure, teaching, and preparation for more learning.
Notes from my exam prep.
An MLOps Project for the ZenML Month of MLOps Competition.
My notes from a very good, very long book.
First course notes, with a focus on improving human-level performance.
Practicing some new modeling techniques and Airflow things.
Productionizing a fun new model.
A conceptual look at 15 common probability distributions.
Intuition, MCMC, and modeling in Stan.
MLE as a generalization of MAP with a uniform prior.
More robust web scrapers and using R in Jupyter notebooks.
Fixing slow code.
Paths to faster code.
The secret was the call stack!
Some background on Shapley and SHAP implementation.
Building a dashboard with Plotly Dash for my NLP with Deep Learning final project.
Implementing recursive queries in SQL.
Reviewing some prior learnings.
Parititioning, indexing, transactions, window functions, UDFs, and pivoting.
A nifty way to easily handle system-versioned tables.
Refreshing the basics, learning new things, and building a simple app with NodeJS.
Don’t forget to standardize.
Back to my causal inference roots.
Fun with odds, odds-ratios, and probabilities.
Intuition, MCMC, and modeling in Stan.
Why statisticians care about it and ML folks don’t (but maybe should).
The intuition behind splines for non-linear data.
MLE as a generalization of MAP with a uniform prior.
Some background on Shapley and SHAP implementation.
Building a dashboard with Plotly Dash for my NLP with Deep Learning final project.
Building a dashboard with Plotly Dash for my NLP with Deep Learning final project.
More robust web scrapers and using R in Jupyter notebooks.
Building a dashboard with Plotly Dash for my NLP with Deep Learning final project.