Mastering Large Language Models: A Hands-On Guide to Tokenization and Word Embeddings
What you will learn:
- Build a strong foundation in LLMs and AI chatbots by understanding tokenization and word embedding models.
- Apply word embedding models to real-world applications such as question answering.
- Develop a foundational mini LLM from scratch.
- Grasp the mathematics behind LLMs in a simplified and intuitive way.
- Use PyTorch to build and train your own word embedding models.
- Master different tokenization techniques like WordPiece.
- Understand the inner workings of CBOW and Skip-gram models.
- Build custom vocabularies and preprocess text data for model training.
- Implement and evaluate word embedding models effectively using PyTorch.
- Explore advanced topics in LLM development, such as Transformer models.
Description
Dive deep into the fundamental mechanics of Large Language Models (LLMs) and AI chatbots with this comprehensive course. Designed for beginners and seasoned professionals alike, we'll demystify the core concepts of tokenization and word embeddings – the essential building blocks of modern NLP systems. Through engaging video tutorials and practical exercises, you'll gain a profound understanding of how these techniques work, from the underlying mathematics to real-world applications.
This course provides a clear, step-by-step approach, breaking down complex topics into easily digestible lessons. You'll learn to transform raw text into machine-readable units using various tokenization methods, and you'll master the art of representing words as vectors using word embedding models. We'll cover both CBOW and Skip-gram models in detail, guiding you through their implementation in PyTorch and demonstrating their use in tasks like question answering. You'll even build a basic mini-LLM from scratch!
We emphasize a practical, hands-on approach. You'll work through numerous coding exercises, building your own tokenizers and word embedding models, and gain confidence in applying these skills to your own AI projects. Prior knowledge of Python and basic neural networks is helpful, but not strictly required. If you're ready to move beyond the surface level and truly understand how LLMs function, this course is the perfect starting point. Join us and unlock the power of LLMs today!
Curriculum
Introduction
Tokenization
Word Embeddings Models
Practical Hands-on: Building, Training, Testing & Using Word Embeddings Models
What Next For Your LLM Journey?
Deal Source: real.discount
