ROC AUC vs Precision-Recall for Imbalanced Data
When building machine learning models to classify imbalanced data — i.
A Gentle Introduction to Batch Normalization
Deep neural networks have drastically evolved over the years, overcoming common challenges that arise when training these complex models.
Small Language Models are the Future of Agentic AI
This article provides a summary of and commentary on the recent paper
10 Python One-Liners Every Machine Learning Practitioner Should Know
Developing machine learning systems entails a well-established lifecycle, consisting of a series of stages from data preparation and preprocessing to modeling, validation, deployment to production, and continuous maintenance.
3 Ways to Speed Up and Improve Your XGBoost Models
Extreme gradient boosting ( XGBoost ) is one of the most prominent machine learning techniques used not only for experimentation and analysis but also in deployed predictive solutions in industry.
5 Key Ways LLMs Can Supercharge Your Machine Learning Workflow
Experimenting, fine-tuning, scaling, and more are key aspects that machine learning development workflows thrive on.
How to Decide Between Random Forests and Gradient Boosting
When working with machine learning on structured data, two algorithms often rise to the top of the shortlist: random forests and gradient boosting .
7 Pandas Tricks for Efficient Data Merging
Data merging is the process of combining data from different sources into a unified dataset.
A Gentle Introduction to Bayesian Regression
In this article, you will learn: • The fundamental difference between traditional regression, which uses single fixed values for its parameters, and Bayesian regression, which models them as probability distributions.
10 Useful NumPy One-Liners for Time Series Analysis
Working with time series data often means wrestling with the same patterns over and over: calculating moving averages, detecting spikes, creating features for forecasting models.