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Handwritten Digit Recognition #123
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@alo7lika You're trying to push 2 different projects at a same time. It's not a good practice. Please raise according |
#106 The proposed solution for the Handwritten Digit Recognition project involves developing a convolutional neural network (CNN) model that leverages the capabilities of TensorFlow and Keras to accurately classify handwritten digits from the MNIST dataset. The solution will consist of several key components: data preprocessing to normalize and augment the dataset for improved model training; the architecture of the CNN, which will include convolutional layers for feature extraction, pooling layers for dimensionality reduction, and fully connected layers for final classification; and a training process that utilizes appropriate loss functions and optimization algorithms to enhance model performance. Additionally, the solution will include evaluation metrics to assess the model's accuracy and loss on both the training and validation datasets, ensuring that it generalizes well to new data. By employing this structured approach, the model aims to achieve high accuracy in recognizing handwritten digits, ultimately providing an efficient tool for applications that require digit recognition.