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An AI project that classifies handwritten digits (0–9) using the MNIST dataset. Built with Python and deep learning techniques to demonstrate image recognition and model training using neural networks.

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🧠 Handwritten Digit Recognition

This project is a basic implementation of a handwritten digit recognizer using the popular MNIST dataset. It classifies digits (0-9) based on grayscale image pixel data.


📌 Description

The project uses a simple neural network / machine learning model to classify handwritten digits. It's a great starting point for learning computer vision and digit classification.


🗂️ File Included

  • AI_Project.ipynb: Jupyter notebook containing the entire code – data loading, model training, evaluation, and prediction.

📊 Dataset Used

  • MNIST – A dataset of 70,000 28x28 grayscale images of handwritten digits (0 to 9)
  • Automatically loaded using tensorflow.keras.datasets or sklearn.datasets

🚀 How to Run

  1. Clone the repository:
    git clone https://github.com/YourOpen the notebook in Jupyter:
    

2.Open the notebook in Jupyter: jupyter notebook AI_Project.ipynb

3.Run all cells and follow the steps in the notebook.Username/Digit_Recognition.git cd Digit_Recognition

About

An AI project that classifies handwritten digits (0–9) using the MNIST dataset. Built with Python and deep learning techniques to demonstrate image recognition and model training using neural networks.

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