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MNIST is a widely used dataset of handwritten digits that contains 60,000 handwritten digits for training a machine learning model and 10,000 handwritten digits for testing the model.
The MNIST database (Modified National Institute of Standards and Technology database) is a large database of handwritten digits that is commonly used for training various image processing systems.
For more than 10 years, in many applications and identification algorithms, digit recognition has been efficiently investigated in the area of OCR handwriting. These include, for example, algorithms such as support vector machines (SVM), convolutional neural networks (CNN), and random forest (RF).
Artificial neural networks (ANN) along with the SVM with the appropriate feature set have been giving the lowest error rate for the handwritten digit recognition problem. An ANN consists of the input and output layers, with one or more hidden layers between them. Each layer has a number of nodes as parameters.
MethodDescriptionError rate (%) kNN Rotation invariant LBP 10.19 Naive Bayesian (Wang Zhang, 2020) Binarization 18.60 Naive Bayesian (Armstrong, 2019) Structural features, histogram of ori- ented gradients, and image mo- ments 10.03 SVM (Tuba et al., 2016) Histograms of projections to four dif- ferent axes 4.4013 more rows

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The most popular technique for handwriting recognition is Optical Character Recognition (OCR). It allows us to scan handwritten documents and then convert them into basic text through computer vision.
Machines encounter numerous challenges in automatically recognizing handwritten digits written by different individuals. They struggle with generalizing and accurately identifying digits across various handwriting styles due to the variability in individuals writing styles and formations.
Handwritten Character Recognition is the process of conversion of handwritten text into machine readable form. For handwritten characters there are difficulties like it differs from one writer to another, even when same person writes same character there is difference in shape, size and position of character.
Handwritten digit recognition is the process to provide the ability to machines to recognize human handwritten digits. It is not an easy task for the machine because handwritten digits are not perfect, vary from person-to-person, and can be made with many different flavors.
Convolutional neural network (CNN, or ConvNet) can be used to predict Handwritten Digits reasonably. We have successfully developed Handwritten digit recognition with Python, Tensorflow, and Machine Learning libraries. Handwritten Digits have been recognized by more than 98.9% validation accuracy.

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