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Course Outline

Introduction

  • Survey of NLP and its real-world applications
  • Introduction to Hugging Face and its core features

Setting up the working environment

  • Installation and configuration of Hugging Face

Understanding the Hugging Face Transformers library and Transformer Models

  • Examining the structure and functionalities of the Transformers library
  • Review of various Transformer models available within Hugging Face

Utilizing Hugging Face Transformers

  • Loading and applying pretrained models
  • Deploying Transformers across various NLP tasks

Fine-Tuning a Pretrained Model

  • Preparing datasets for the fine-tuning process
  • Fine-tuning a Transformer model for specific tasks

Sharing Models and Tokenizers

  • Exporting and sharing trained models
  • Using tokenizers for efficient text processing

Exploring the Hugging Face Datasets Library

  • Overview of the Datasets library within Hugging Face
  • Accessing and leveraging pre-existing datasets

Exploring the Hugging Face Tokenizers Library

  • Comprehending tokenization techniques and their significance
  • Utilizing tokenizers provided by Hugging Face

Executing Classic NLP Tasks

  • Implementing standard NLP tasks using Hugging Face
  • Tasks such as text classification, sentiment analysis, named entity recognition, and more.

Leveraging Transformer Models for Speech Processing and Computer Vision

  • Expanding the application of Transformers beyond text-based tasks
  • Applying Transformers to speech and image-related challenges

Troubleshooting and Debugging

  • Addressing common issues and challenges when working with Hugging Face
  • Strategies for effective troubleshooting and debugging

Building and Sharing Your Model Demos

  • Designing and creating interactive model demonstrations
  • Effectively sharing and showcasing your models

Summary and Next Steps

  • Recap of key concepts and techniques covered
  • Guidance on further exploration and resources for ongoing learning

Requirements

  • Proficient knowledge of Python
  • Practical experience with deep learning
  • Understanding of PyTorch or TensorFlow is advantageous but not mandatory

Target Audience

  • Data scientists
  • Machine learning practitioners
  • NLP researchers and enthusiasts
  • Developers keen on integrating NLP solutions
 14 Hours

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