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Comparison of Bidirectional Associative Memory, Counterpropagation and Evolutionary Neural Network for Java Characters Recognition

机译:用于Java字符识别的双向联想记忆,反向传播和进化神经网络的比较

摘要

Javanese language is the language used by the people on the island of Java and it has its own form of letters called Java characters. Recognition of Java characters is quite difficult because it consist of basic characters, numbers, complementary characters, and so on. In this research we developed a system to recognize Java characters and compared three methods of neural network namely bidirectional associative memory, counterpropagation and evolutionary neural network. Input for the system is a digital image containing several Java characters. Digital image processing and segmentation are performed on the input image to get each Java character. For each Java character, feature extraction is done using ICZ-ZCZ method. Output from feature extraction will become input for neural network. From experimental result, evolutionary neural network can perform better recognition accuracy than the other two methods.
机译:Javanese语言是Java岛上的人们使用的语言,它有自己的字母形式,称为Java字符。识别Java字符非常困难,因为它由基本字符,数字,补充字符等组成。在这项研究中,我们开发了一个识别Java字符的系统,并比较了三种神经网络方法,即双向联想记忆,反向传播和进化神经网络。系统的输入是包含几个Java字符的数字图像。对输入图像执行数字图像处理和分割,以获得每个Java字符。对于每个Java字符,都使用ICZ-ZCZ方法完成特征提取。特征提取的输出将成为神经网络的输入。从实验结果来看,进化神经网络比其他两种方法具有更好的识别精度。

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