基于深度学习的手写字母和数字识别的支持向量机

A. Balobaid, Saahirabanu Ahamed, Shermin Shamsudheen
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引用次数: 0

摘要

数字识别可能是一项重要且必要的挑战,因为手写数字在大小、厚度、位置和方向上不相似;这种方法应该考虑到不同的困难,以应对识别书面数字的困难。不同人群组成中的个性和组合也影响数字的存在性和可用性。这是一个选择和组合翻译数的过程。这是各种各样的应用程序,如编程阵列,联系人点和收入相关文件,等等。这项工作的目的是实现一个算法分类规则识别书面数字。有时结果可能使用各种机器学习算法,如K-means最近神经网络(KNN),支持向量机(SVM), KNN和使用keras, tensorflow和CNN分类器的深度学习计算。与SVM相比,CNN的仿真精度为97%,KNN为96%,keras为96%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Support Vector Machine based Handwritten Letters and Digits Recognition using Deep Learning
Number recognition can be an important and necessary challenge because handwritten numbers are not similar in size, thickness, position and direction; this method should consider different difficulties to deal with the difficulty of recognizing written numbers. Individuality and assortment in the composition of varieties of different people additionally affect the instance and availability of numbers. It is a process for selecting and composing translated numbers. It's a wide variety of apps, such as programmed arrays, contact points and income related documents, and then beyond. The objective of this work is to implement an algorithmic classification rule for recognizing written numbers. Sometime consequences are probably used various machine learning algorithms like K-means nereast neural networks (KNN), Support vector machine (SVM), KNN and Deep Learning calculations using keras, tensorflow and CNN classifier. The simulation accuracy is 98.70% obtained using CNN and compared with SVM 97%, KNN is 96% and keras as 96%.
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