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Category: Blog

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Jul 08
10 NumPy One-Liners to Simplify Feature Engineering

When building machine learning models, most developers focus on model architectures and hyperparameter tuning.

Jul 04
Securing FastAPI Endpoints for MLOps: An Authentication Guide

In today’s AI world, data scientists are not just focused on training and optimizing machine learning models.

Jul 04
Skip Connections in Transformer Models

This post is divided into three parts; they are: • Why Skip Connections are Needed in Transformers • Implementation of Skip Connections in Transformer Models • Pre-norm vs Post-norm Transformer Architectures Transformer models, like other deep learning models, stack many layers on top of each other.

Jul 02
5 Advanced RAG Architectures Beyond Traditional Methods

Retrieval-augmented generation (RAG) has shaken up the world of language models by combining the best of two worlds:

Jun 19
10 Must-Know Python Libraries for MLOps in 2025

MLOps, or machine learning operations, is all about managing the end-to-end process of building, training, deploying, and maintaining machine learning models.

Jun 17
7 Concepts Behind Large Language Models Explained in 7 Minutes

If you’ve been using large language models like GPT-4 or Claude, you’ve probably wondered how they can write actually usable code, explain complex topics, or even help you debug your morning coffee routine (just kidding!).

Jun 17
Interpolation in Positional Encodings and Using YaRN for Larger Context Window

This post is divided into three parts; they are: • Interpolation and Extrapolation in Sinusoidal Encodings and RoPE • Interpolation in Learned Encodings • YaRN for Larger Context Window Sinusoidal encodings excel at extrapolation due to their use of continuous functions: $$ begin{aligned} PE(p, 2i) &= sinleft(frac{p}{10000^{2i/d}}right) \ PE(p, 2i+1) &= cosleft(frac{p}{10000^{2i/d}}right) end{aligned} $$ You […]

Jun 16
How to Combine Scikit-learn, CatBoost, and SHAP for Explainable Tree Models

Machine learning workflows often involve a delicate balance: you want models that perform exceptionally well, but you also need to understand and explain their predictions.