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SCRNet is a deep neural network architecture designed to handle compressed and noisy character images signals. Tailored for tasks like character recognition and image signal restoration, SCRNet integrates classification and reconstruction pathways, enhancing performance and robustness through their synergistic interaction

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FS-CodeBase/ML-Signal-Classification-and-Reconstruction-Network

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Signal Classification and Reconstruction Network (SCRNet)

The Signal Classification and Reconstruction Network (SCRNet) is a deep neural network architecture designed to handle compressed and noisy character images signals. Tailored for tasks like character recognition and image signal restoration, SCRNet integrates classification and reconstruction pathways, enhancing performance and robustness through their synergistic interaction. SCRNet Architecture.

Jupyter notebooks should be run in the following order::

  • create_comp_noisy_emnist_letters_training_data.ipynb: Create training and test data
  • scrnet_train_models_emnist_tf.ipynb: Train architectures using training data
  • scrnet_model_analysis.ipynb: Analysis of models

Reconstruction and classification.

Confusion matrix for 14x14.

Precision and recall.

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SCRNet is a deep neural network architecture designed to handle compressed and noisy character images signals. Tailored for tasks like character recognition and image signal restoration, SCRNet integrates classification and reconstruction pathways, enhancing performance and robustness through their synergistic interaction

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