A Crash Course on Building RAG Systems – Part 8 (With Implementation)
A deep dive into ColBERT and ColBERTv2 for improving RAG systems (with implementation).
A deep dive into ColBERT and ColBERTv2 for improving RAG systems (with implementation).
A deep dive into Graph RAG and how it improves traditional RAG systems (with implementation).
A deep dive into building multimodal RAG systems on real-world data (with implementation).
A deep dive into key components of multimodal systems—CLIP embeddings, multimodal prompting, and tool calling.
A deep dive into handling multiple data types in RAG systems (with implementations).
A deep dive into making RAG systems faster (with implementations).
A guide to building robust decision-making systems in businesses with causal inference.
A deep dive into evaluating RAG systems (with implementations).
A practical and beginner-friendly crash course on building RAG apps (with implementations).
A guide to building robust decision-making systems in businesses with causal inference.
A deep dive into extensions of cross-encoders and bi-encoders for sentence pair similarity.
A deep dive into why BERT isn't effective for sentence similarity and advancements that shaped this task forever.
A deep dive into interpretability methods, why they matter, along with their intuition, considerations, how to avoid being misled, and code.
A beginner-friendly guide to model testing.
A deep dive into interpretability methods, why they matter, along with their intuition, considerations, how to avoid being misled, and code.
A deep dive into PDPs and ICE plots, along with their intuition, considerations, how to avoid being misled, and code.
A completely hands-on and beginner-friendly deep dive on PySpark using Databricks.
A practical and beginner-friendly guide to building neural networks on graph data.
A practical and beginner-friendly guide to building neural networks on graph data.
A practical and beginner-friendly guide to building neural networks on graph data.
How to make ML models reflect true probabilities in their predictions?
Learn real-world ML model development with a primary focus on data privacy – A practical guide.
How to make ML models reflect true probabilities in their predictions?
GPUs - GPU Clusters - Distributed Training.
A critical step towards building and using ML models reliably.
A must-know skill for ML engineers to reduce model footprint and inference time.
A highly overlooked yet critical skill for data scientists.
A Comprehensive Guide to Pytest for data scientists.
Models are becoming bigger and bigger. Learn how to scale models using distributed training.
A beginner to advanced guide for Python OOP.