Persian handwritten numeral recognition using Complex Neural Network and non-linear feature extraction

Z. Shokoohi, A. M. Hormat, F. Mahmoudi, H. Badalabadi
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引用次数: 5

Abstract

In this paper, we propose a new isolated handwritten numbers recognition by using of sparse structure representation. We introduce the sparse structure which is a over-complete dictionary and it is known with K-SVD algorithm. In this vocabulary, values adopted by initialized to the first layer of Complex Neural Network(CNN) and in the last, it learned for doing classification task. The distinction between proposed method with previous methods in addition to using of the CNN and K-SVD algorithm is non-linear feature extraction. It is noted which in the previous methods extracted linear feature. When using of each type linear and non-linear analysis, it is important that we distinguish between their application In reduce dimensional and special gregarious correct recognition of the features that doing basis on specific rules. Subspaces under high power will appears in the first usage, for notice to denoising and high data compression Without necessary that individuals were specifically. this is only condition which in describe the subspace to size of information in the data.
波斯语手写数字识别采用复杂神经网络和非线性特征提取
本文提出了一种基于稀疏结构表示的孤立手写体数字识别方法。我们引入了K-SVD算法已知的过完备字典的稀疏结构。在这个词汇表中,所采用的值初始化为复杂神经网络(CNN)的第一层,在最后一层,它学习做分类任务。除了使用CNN和K-SVD算法外,该方法与以往方法的区别在于非线性特征提取。值得注意的是,在前面的方法中提取的是线性特征。在使用各种类型的线性和非线性分析时,重要的是我们要区分它们在降维中的应用和基于特定规则进行的特殊群体特征的正确识别。高功率下的子空间会在第一次使用时出现,以注意去噪和高数据压缩,而无需对个体进行特定处理。这是描述子空间对数据中信息大小的唯一条件。
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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