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This project aims to predict the etymology of an English word while showcasing the whole process end-to-end

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Etymology prediction

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See Etymology prediction live website.

Character-sequence based English word etymology prediction

This project aims to predict the etymology of an English word while showcasing the whole process end-to-end.

  • Data collection:
    • The training data was scraped from Wiktionary.
  • Machine Learning:
    • It uses a character-level many-to-one RNN.
  • Server:
    • It is REST API that runs the predicts a word's etymology through the endpoin GET /etymology/{word}
  • Client:
    • It is performant lightweight reactive UI that connects with the etymolyg prediction server.

Tech stack used in this project (all is in this repo)

  • Date collection:
    • wiktionaryparser (Python)
  • Machine Learning :
    • Pytorch
  • Server-side:
    • Flask
  • Client-side:
    • Svelte (ts)

Data collection

The training data was scraped from the etymology section of Wiktionary using wiktionaryparser.

Since this etymology section is presented in plain text, the actual etymology labels for training must be extracted. For simplicity sake, I only consider two possible etymologies: germanic and latin. This is, of course, a big oversimplication of the etymology of English words; but I thought that it could yield useful results nonetheless. I scraped the etymology of the words contained in the CMU dictionary.

The raw data collected is under /collected_etymology_dict.json

If you want to rerun the data collection process (which may yield different results since wiktionary may have changed), run:

pip install -r requirements.txt
python machine_learning/preprocessing/web_scrape.py

Machine Learning

For etymology prediction, I used a many-to-one RNN based on the Pytorch example found in the official website. All of the training, can be found under /train.ipynb

Loss over iterations

Loss over iterations

Confusion matrix

Loss over iterations

Server

The prediction of the etymology of a word is offered through a REST API.

To run the API (with cmd) on http://localhost:5000/etymology/{word}

pip install -r requirements.txt
cd server
set FLASK_APP=server
flask run

To see the API swagger documentation go to http://localhost:5000/doc

Loss over iterations

Client

The prediction of the etymology of a word can also be done through an interactive UI. To run it, start the server then go to http://localhost:5000

Loss over iterations

Project's client setup

cd client
npm install

Compiles and hot-reloads

npm run dev

Builds for production

npm run build

Acknowledgements

The etymology prediction model was adapted from NLP From Scratch: Classifying Names with a Character-Level RNN

https://pytorch.org/tutorials/intermediate/char_rnn_classification_tutorial.html

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This project aims to predict the etymology of an English word while showcasing the whole process end-to-end

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