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Off-line Handwritten Hindi Consonants Recognition System using Zemike Moments and Genetic Algorithm

机译:基于Zemike矩和遗传算法的离线手写印地语辅音识别系统

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Developing an efficient character recognition system is supposed to be a very challenging research problem. In the present work, an offline handwritten Hindi character recognition technique is proposed using Zernike moments as the descriptor of character image with a feature selection algorithm. For feature selection, use of the Genetic algorithm is proposed to reduce the length of the feature vector. The core idea of the paper is to first generate the significant Zernike complex moments and then to select the most relevant moments using the Genetic algorithm which are in turn used to classify the individual characters. The significance of low-order as well as high-order Zernike moments is also studied in recognizing the first ten consonants of Hindi script. Two resilient backpropagation classifiers are trained one for the feature vector without selection and another one for feature vector obtained after selection. The average character recognition accuracies obtained are 90% and 94.3%, respectively.
机译:开发高效的字符识别系统应该是一个非常具有挑战性的研究问题。在目前的工作中,提出了一种离线的印地语手写字符识别技术,该算法使用特征选择算法将泽尔尼克矩作为字符图像的描述符。对于特征选择,提出了使用遗传算法来减少特征向量的长度。本文的核心思想是首先生成重要的Zernike复杂矩,然后使用遗传算法选择最相关的矩,然后将其用于对各个字符进行分类。在识别印地语文字的前十个辅音时,还研究了低阶和高阶Zernike矩的重要性。对两个弹性反向传播分类器进行训练,一个分类器用于不选择的特征向量,另一个分类器用于选择后获得的特征向量。获得的平均字符识别准确度分别为90%和94.3%。

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