CHARACTER RECOGNITION

S. Narmatha, R. Pooja Shree, R. S. Prajashni, S. R. Kumar
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Abstract

Character recognition has numerous applications namely postal addresses, bank check amounts, documents, number plates, etc. Development of a recognition system is an emerging need for digitizing handwritten documents that use Tamil characters. Therefore, we created a prediction model to recognize Tamil characters, the model works based on the Deep convolutional neural network (CNN). In this project, model is sequential. It is like a derivation of LeNet-4 architecture, including a dropout layer.A dataset for few Tamil characters is created, along with the recognition model. It helps people in identifying the exact script written in document, where some may find it difficult to recognize the characters written in paper due to colloquial writing and different handwriting styles. CNN have given excellent results to old fashioned shallow networks in acknowledgement tasks. To avoid overfitting in the recognition model, accuracy is increased by using dropout layer and dataset increment method. With the help of these methods in the CNN model, test accuracy rate was increased. The modifiedCNN architecture achieved a highest test accuracy of 97.75%.
字符识别
字符识别有许多应用,如邮政地址、银行支票金额、文件、车牌等。开发识别系统是对使用泰米尔字符的手写文件进行数字化的新兴需求。因此,我们建立了一个预测模型来识别泰米尔语字符,该模型基于深度卷积神经网络(CNN)工作。在这个项目中,模型是顺序的。它类似于LeNet-4架构的派生,包括一个退出层。创建了几个泰米尔字符的数据集,以及识别模型。它可以帮助人们准确识别文件上写的文字,有些人可能会因为口语化的书写和不同的手写风格而难以识别纸上写的字符。CNN在识别任务中取得了比传统浅层网络更好的成绩。为了避免识别模型的过拟合,采用dropout层和数据集增量法提高识别精度。这些方法在CNN模型中的应用,提高了测试准确率。改进后的cnn架构达到了97.75%的最高测试准确率。
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