Handwritten Digit Recognition

G. Oviya, N. Sakthivel
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Abstract

Handwritten digit recognition is the intelligence of computers to recognize digits written by humans. But it becomes one of the most challenging tasks for machines as handwritten digits are not perfect and can be made with many different: flavors, size, thickness. Thus, as a solution to this problem, Handwriting digit recognition model comes into picture. Many machine learning techniques have been employed to solve the handwritten digit recognition problem. This paper focuses on Neural Network (NN) approaches. Among the three famous NN approaches: deep neural network (DNN), deep belief network (DBN) and convolutional neural network (CNN), the specialization of CNN as compared to other NN of being able to detect pattern is what makes it so useful for recognizing handwritten digits. Humans can very easily see, read & write any handwritten digits, when written in proper format. Even if the digits are not written in proper format we can use our logic and predict what digit it could be. But It is a hard task for the machine to recognize handwritten digits as these are not perfect and can be made with many different flavors. Thus handwritten digit recognition is the solution to this problem which uses the image of a digit and recognizes the digit present in the image. The handwritten digit recognition is the ability of computers to recognize human handwritten digits. The goal is to build a model that can efficiently and reliably recognize the digits and output the proper result. Amongst all the other neural networks, working and implementing a model using Convolution Neural Network gives out the most precise results. It is most popularly used for analyzing images as well as for other data analysis or classification problems. CNN has hidden layers called convolutional layers. These layers work the same way as other layers do but here we need to specify the no of filters each layer should have These filters are actually what detects the pattern. Patterns could be edges, corners, circles or any complex other objects like eyes, ears or even deeper full dogs, cats, etc. Thus, the specialization of CNN as compared to other NN of being able to detect patterns is what makes it so useful for recognizing handwritten digits Key Word: Neural Networks; Convolutional Neural Networks (CNN); Image Processing; Optical Character Recognition (OCR); MNIST Dataset
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手写数字识别
手写数字识别是计算机识别人类书写数字的智能技术。但是,由于手写数字并不完美,而且可能有多种不同的味道、大小和粗细,因此这对机器来说是最具挑战性的任务之一。因此,作为这一问题的解决方案,手写数字识别模型应运而生。许多机器学习技术都被用来解决手写数字识别问题。本文重点介绍神经网络(NN)方法。在深度神经网络 (DNN)、深度信念网络 (DBN) 和卷积神经网络 (CNN) 这三种著名的 NN 方法中,与其他 NN 相比,CNN 的专长是能够检测模式,这也是它在识别手写数字时如此有用的原因。如果手写数字的格式正确,人类可以非常容易地看到、读到和写出任何手写数字。即使数字的书写格式不正确,我们也能通过逻辑推理预测出它可能是哪位数字。但对于机器来说,识别手写数字是一项艰巨的任务,因为手写数字并不完美,而且可以有多种不同的写法。因此,手写数字识别是解决这一问题的方法,它使用数字图像并识别图像中的数字。手写数字识别是计算机识别人类手写数字的能力。其目标是建立一个能够高效、可靠地识别数字并输出正确结果的模型。在所有其他神经网络中,使用卷积神经网络工作和实施模型能得到最精确的结果。它最常用于分析图像以及其他数据分析或分类问题。CNN 具有称为卷积层的隐藏层。这些层的工作方式与其他层相同,但在这里,我们需要指定每个层应具有的过滤器数量。模式可以是边缘、角落、圆圈或任何复杂的其他物体,如眼睛、耳朵甚至更深层次的狗、猫等。因此,与其他能够检测模式的神经网络相比,CNN 的专业性使其在识别手写数字时非常有用:神经网络;卷积神经网络(CNN);图像处理;光学字符识别(OCR);MNIST 数据集
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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