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This is a Siamese based model for offline signature verification. It utilizes convolutional neural networks and deep learning to compare an original signature sample with a test sample and predict whether the test sample is genuine or forged.

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Signature verification model

This is a Siamese based model for offline signature verification. It utilizes convolutional neural networks and deep learning to compare an original signature sample with a test sample and predict whether the test sample is genuine or forged.

-The code for this model has been written for direct implementation in Google Colab. Due to memory limitations, the size of the training set may be reduced.

-The CEDAR signature dataset can be uploaded in zip file format to Google Drive for direct execution.

-The model outputs a prediction value and the signatures are classified as genuine or forged depending on how small or how large the prediction value is.

-The code includes a custom-defined accuracy metric that computes the prediction accuracy of the model over the test set.

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This is a Siamese based model for offline signature verification. It utilizes convolutional neural networks and deep learning to compare an original signature sample with a test sample and predict whether the test sample is genuine or forged.

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