This repository contains Python code for implementing a Neural Machine Translation (NMT) system. The code is divided into three main files: preprocessing.py, training_model.py, and test_function.py. This README provides an overview of each file and how to use them.

• Purpose: This script handles data preprocessing, preparing the input and target sequences for training an NMT model.

• Key Functions:

  • Reads and splits the input data from a file (specified in data_path).
  • Tokenizes and processes input and target sentences.
  • Builds vocabulary sets for both input and target tokens.
  • Creates one-hot encoded input and target data.
  • Defines dictionaries for token-to-index and index-to-token mappings.

• Usage: This script should be run first to prepare the data for training the model. Ensure that the data path in data_path points to your dataset.

• Purpose: This script defines and trains the NMT model using TensorFlow and Keras.

• Key Functions:

  • Defines the model architecture, including encoder and decoder layers.
  • Compiles and trains the model using the preprocessed data.
  • Saves the trained model to a file (training_model.h5).

• Usage: Run this script to create and train the NMT model. Make sure to adjust hyperparameters such as latent_dim, batch_size, and epochs according to your requirements.

• Purpose: This script contains functions for testing the trained NMT model on new input sequences.

• Key Functions:

  • Loads the trained model from the saved file.
  • Defines functions for decoding input sequences.
  • Demonstrates the model's translation capabilities on a sample dataset.

• Usage: After training the model using training_model.py, you can use this script to test the model's translation performance on new input sentences.

1. Ensure you have the required libraries installed, including TensorFlow and Keras.

2. Prepare your translation dataset and specify the data path in preprocessing.py (variable data_path).

3. Run preprocessing.py to preprocess and prepare the data.

4. Run training_model.py to create and train the NMT model.

5. Once the model is trained, you can use test_function.py to test the model's translation capabilities on new input sentences.

• Make sure to adjust hyperparameters and the number of training examples as needed, especially if you have a large dataset.

• This code is intended for educational purposes and may require further optimization and customization for specific translation tasks and datasets.

• Ensure you have the necessary hardware resources (GPU) for training the model on larger datasets or with higher dimensions.

• Feel free to explore and modify the code to adapt it to your own NMT tasks and requirements.