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Advanced Natural Language Processing with TensorFlow 2

You're reading from   Advanced Natural Language Processing with TensorFlow 2 Build effective real-world NLP applications using NER, RNNs, seq2seq models, Transformers, and more

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Product type Paperback
Published in Feb 2021
Publisher Packt
ISBN-13 9781800200937
Length 380 pages
Edition 1st Edition
Languages
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Authors (2):
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Tony Mullen Tony Mullen
Author Profile Icon Tony Mullen
Tony Mullen
Ashish Bansal Ashish Bansal
Author Profile Icon Ashish Bansal
Ashish Bansal
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Toc

Table of Contents (13) Chapters Close

Preface 1. Essentials of NLP 2. Understanding Sentiment in Natural Language with BiLSTMs FREE CHAPTER 3. Named Entity Recognition (NER) with BiLSTMs, CRFs, and Viterbi Decoding 4. Transfer Learning with BERT 5. Generating Text with RNNs and GPT-2 6. Text Summarization with Seq2seq Attention and Transformer Networks 7. Multi-Modal Networks and Image Captioning with ResNets and Transformer Networks 8. Weakly Supervised Learning for Classification with Snorkel 9. Building Conversational AI Applications with Deep Learning 10. Installation and Setup Instructions for Code 11. Other Books You May Enjoy
12. Index

Generating summaries

The critical thing to note while generating summaries is that a new inference loop will need to be built. Recall that teacher forcing was used during training, and the output of the Decoder was not used in predicting the next token. While generating summaries, we would like to use the generated tokens in predicting the next token. Since we would like to play with various input texts and generate summaries, we will use the code in the generating-summaries.ipynb IPython notebook. After importing and setting everything up, the tokenizer needs to be instantiated. The Setup Tokenization section of the notebook loads the tokenizers and sets up the vocabulary by adding start and end token IDs. Similar to when we loaded the data, the data encoding method is set up to encode the input articles.

Now, we must hydrate the model from the saved checkpoint. All of the model objects are created first:

BATCH_SIZE = 1  # for inference
embedding_dim = 128
units = 256...
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