mahamad-jameer-makandar/hand_written_digit_recognition_using_ml-deep_learning_approach-

I developed a deep learning model using convolutional neural network architecture for recognizing handwritten digits with the MNIST dataset, training it for 10 epochs. With the help of hyperparameter tuning and data augmentation techniques, the model achieved 70% accuracy on the test dataset.

Hand_Written_Digit_Recognition_Using_ML-Deep_Learning_Approach-

Project Title: Handwritten Digit Recognition using ML (Deep Learning Approach)

Project Description:In this project, I developed a deep learning model for recognizing handwritten digits using the MNIST dataset. The goal was to build an accurate and efficient model that could recognize handwritten digits with high precision.To achieve this, I used a deep learning framework and created a convolutional neural network (CNN) architecture. The model consisted of multiple layers of convolution, pooling, and fully connected layers. I used the MNIST dataset to train and test the model, which contains 70,000 handwritten digit images, each of size 28 x 28 pixels.

I trained the model for 10 epochs and achieved an accuracy of 75%. To improve the accuracy, I experimented with different hyperparameters and tuned the model accordingly. I also used data augmentation techniques such as rotation, zooming, and shifting to increase the size of the training data and reduce overfitting. The final model achieved an accuracy of 65 to 75% on the MNIST test dataset. This demonstrates the potential of deep learning techniques in recognizing handwritten digits with high accuracy and efficiency.

Overall, this project allowed me to develop my skills in deep learning, data preprocessing, and model tuning. It also provided me with valuable experience in working with real-world datasets and developing practical machine learning solutions.