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# Language Identifier
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This project is a Flask web application that identifies the language of input text. It uses a machine learning model trained on text data to make predictions. The user inputs text into a form on the web app, and the app returns the predicted language.
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- The data used for training is taken from Kaggle. It has 22 different languages.
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- The text in the dataset has tokenization, non alphanumeric characters removal and vectorization applied to it.
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- The model used for training has 4 layers with 27M params which is enough for getting high accuracy. Complex architectures couldn’t be used because of not sufficient GPUs.
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- The project uses Flask, a lightweight web framework for Python, to create the web application.
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- The input text is preprocessed before being fed into the model for prediction.
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```python
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def predict_language(text, model, cv, le):
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# Language Identifier
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### OVERVIEW
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This project is a Flask web application that identifies the language of input text. It uses a machine learning model trained on text data to make predictions. The user inputs text into a form on the web app, and the app returns the predicted language.
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### SPECIFICATIONS
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- The data used for training is taken from Kaggle. It has 22 different languages.
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- The text in the dataset has tokenization, non alphanumeric characters removal and vectorization applied to it.
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- The model used for training has 4 layers with 27M params which is enough for getting high accuracy. Complex architectures couldn’t be used because of not sufficient GPUs.
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- The project uses Flask, a lightweight web framework for Python, to create the web application.
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- The input text is preprocessed before being fed into the model for prediction.
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### USAGE
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```python
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def predict_language(text, model, cv, le):
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