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A novel approach to skew-detection and correction of English alphabets for OCR

机译:一种新颖的OCR英文字母偏斜检测和纠正方法

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Optical Character Recognition has been a challenging field in the advent of digital computers. It is needed where information is to be readable both to humans and machines. The process of OCR is composed of a set of pre and post processing steps that decide the level of accuracy of recognition. This paper deals with one of the pre-processing steps involved in the OCR process i.e. Skew (Slant) Detection and Correction. The proposed algorithm implemented for skew-detection is termed as the COG (Centre of Gravity) method and for that of skew-correction is Sub-Pixel Shifting method. The algorithm has been kept simple and optimized for efficient skew-detection and correction. The performance analysis of the algorithm after testing has been aptly demonstrated.
机译:在数字计算机的出现中,光学字符识别一直是一个具有挑战性的领域。在人类和机器都可以读取信息的地方,这是必需的。 OCR的过程由一组前后处理步骤组成,这些步骤决定了识别的准确性级别。本文介绍了OCR过程中涉及的预处理步骤之一,即偏斜(倾斜)检测和校正。所提出的用于斜度检测的算法被称为COG(重力中心)方法,而用于斜度校正的算法被称为子像素移动法。该算法一直保持简单并针对有效的偏斜检测和校正进行了优化。测试后对该算法进行了性能分析。

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