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Off-line handwritten Thai name recognition for student identification in an automated assessment system

机译:离线手写泰文名称识别,用于自动评估系统中的学生识别

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摘要

In the field of pattern recognition, off-line handwriting recognition is one of the most intensive areas of study. This paper proposes an automatic off-line Thai language student name identification system which was built as a part of a completed off-line automated assessment system. There is limited work undertaken in developing off-line automatic assessment systems using handwriting recognition. To the authors' knowledge, none of the work on the proposed system has been performed on the Thai language. In addition the proposed system recognises each Thai name by using an approach for whole word recognition, which is different from the work found in the literature as most perform character-based recognition. In this proposed system, the Gaussian Grid Feature (GGF) and the Modified Direction Feature (MDF) extraction techniques are investigated on upper and lower contours, loops from full word contour images of each name sample, and artificial neural networks and support vector machine are used as classifiers. The encouraging recognition rates for both feature extraction techniques were achieved when applied on loop, upper and lower contour images (99.27% accuracy rate was achieved using MDF on artificial neural networks and 99.27% using GGF with a support vector machine classifier).
机译:在模式识别领域,离线手写识别是最密集的研究领域之一。本文提出了一种自动离线泰语学生姓名识别系统,该系统是作为完整的离线自动评估系统的一部分而构建的。使用手写识别开发离线自动评估系统的工作量有限。据作者所知,关于拟议系统的任何工作均未使用泰语进行。另外,所提出的系统通过使用全词识别方法来识别每个泰语名称,这与文献中发现的工作不同,因为大多数文献都基于字符进行识别。在该系统中,研究了高斯网格特征(GGF)和修正方向特征(MDF)提取技术的上下轮廓,每个姓名样本全字轮廓图像的循环以及人工神经网络和支持向量机。用作分类器。当在循环,上下轮廓图像上应用时,两种特征提取技术的识别率都令人鼓舞(在人工神经网络上使用MDF可以达到99.27%的准确率,在支持向量机分类器上使用GGF可以达到99.27%的正确率)。

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