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Natural Language Processing With Transformers in Python


Natural Language Processing With Transformers in Python - 
Learn next-generation NLP with transformers using PyTorch, TensorFlow, HuggingFace, and more
  • Hot & New
  • Created by James Briggs
  • English [Auto]

What you'll learn

  • Industry standard NLP using transformer models
  • Build full-stack question-answering transformer models
  • Perform sentiment analysis with transformers models in PyTorch and TensorFlow
  • Advanced search technologies like Elasticsearch and Facebook AI Similarity Search (FAISS)
  • Create fine-tuned transformers models for specialized use-cases
  • Measure performance of language models using advanced metrics like ROUGE
  • Vector building techniques like BM25 or dense passage retrievers (DPR)
  • An overview of recent developments in NLP
  • Understand attention and other key components of transformers
  • Learn about key transformers models such as BERT
  • Preprocess text data for NLP
  • Named entity recognition (NER) using spaCy and transformers
  • Fine-tune language classification models


Transformer models are the de-facto standard in modern NLP. They have proven themselves as the most expressive, powerful models for language by a large margin, beating all major language-based benchmarks time and time again.
In this course, we learn all you need to know to get started with building cutting-edge performance NLP applications using transformer models like Google AI's BERT, or Facebook AI's DPR.
We cover several key NLP frameworks including:
HuggingFace's Transformers
TensorFlow 2
And learn how to apply transformers to some of the most popular NLP use-cases:
Language classification/sentiment analysis
Named entity recognition (NER)
Question and Answering
Similarity/comparative learning
Throughout each of these use-cases we work through a variety of examples to ensure that what, how, and why transformers are so important. Alongside these sections we also work through two full-size NLP projects, one for sentiment analysis of financial Reddit data, and another covering a fully-fledged open domain question-answering application.
All of this is supported by several other sections that encourage us to learn how to better design, implement, and measure the performance of our models, such as:
History of NLP and where transformers come from
Common preprocessing techniques for NLP
The theory behind transformers
How to fine-tune transformers
We cover all this and more, I look forward to seeing you in the course!
Who this course is for:

  • Aspiring data scientists and ML engineers interested in NLP
  • Practitioners looking to upgrade their skills
  • Developers looking to implement NLP solutions
  • Data scientist
  • Machine Learning Engineer
  • Python Developers
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