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Course Outline
Introduction
- Defining Large Language Models (LLMs).
- Comparing LLMs with traditional NLP models.
- Overview of LLM features and architectural design.
- Examining the challenges and limitations associated with LLMs.
Understanding LLMs
- The lifecycle of an LLM.
- Mechanisms behind how LLMs operate.
- Key components of an LLM: encoders, decoders, attention mechanisms, embeddings, and others.
Getting Started
- Setting up the Development Environment.
- Installing an LLM as a development tool, for instance, via Google Colab or Hugging Face.
Working with LLMs
- Exploring available LLM options.
- Creating and deploying an LLM.
- Fine-tuning an LLM on a custom dataset.
Text Summarization
- Grasping the concept of text summarization and its practical applications.
- Employing LLMs for both extractive and abstractive text summarization.
- Evaluating the quality of generated summaries using metrics such as ROUGE, BLEU, etc.
Question Answering
- Understanding question answering tasks and their applications.
- Utilizing LLMs for open-domain and closed-domain question answering.
- Assessing the accuracy of generated answers using metrics such as F1, EM, etc.
Text Generation
- Understanding text generation tasks and their applications.
- Implementing LLMs for both conditional and unconditional text generation.
- Controlling the style, tone, and content of generated texts through parameters such as temperature, top-k, and top-p.
Integrating LLMs with Other Frameworks and Platforms
- Integrating LLMs with PyTorch or TensorFlow.
- Leveraging LLMs with Flask or Streamlit.
- Deploying LLMs using Google Cloud or AWS.
Troubleshooting
- Identifying common errors and bugs in LLM implementations.
- Monitoring and visualizing the training process using TensorBoard.
- Simplifying training code and enhancing performance with PyTorch Lightning.
- Loading and preprocessing data efficiently using Hugging Face Datasets.
Summary and Next Steps
Requirements
- Foundational knowledge of natural language processing (NLP) and deep learning principles.
- Practical experience with Python and either PyTorch or TensorFlow.
- Basic programming proficiency.
Audience
- Software Developers
- NLP enthusiasts
- Data Scientists
14 Hours