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Efficient and Robust Optical Character Recognition Algorithm for Signature Recognition

机译:一种用于签名识别的高效鲁棒光学字符识别算法

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摘要

With the technology development over the past decades, it became necessary to provide secure recognition systems. The Optical Character Recognition (OCR) can be considered as one of the most useful software to offer security. It works on the principal of recognizing the patterns with the use of a computer algorithm. OCR has multiple uses in places that need security verification such as banks, elevators, police departments. Furthermore, it can be used in several categories simultaneously. There are two types of recognition. First is the static approach which is based on the information of the input. Second is the dynamic recognition which is more usable for recognition of speech. In fact, OCR will be one of the most important techniques for human computer interaction in future. However, in this paper we have used OCR as feature to implement our algorithm. We are presenting a new algorithm that is capable of recognizing each signature individually. This makes the system more efficient and robust,especially in banks which need to verify the customer’s signature on a regular basis. A highly efficient C# system was developed to implement the new algorithm.
机译:随着过去几十年技术的发展,提供安全的识别系统变得很有必要。光学字符识别(OCR)可以被视为提供安全性的最有用的软件之一。它的工作原理是使用计算机算法来识别模式。 OCR在需要安全验证的地方有多种用途,例如银行,电梯,警察局。此外,它可以同时用于多个类别。有两种类型的识别。首先是基于输入信息的静态方法。其次是动态识别,它更适用于语音识别。实际上,OCR将成为未来人机交互的最重要技术之一。但是,在本文中,我们使用OCR作为实现算法的功能。我们提出了一种新算法,该算法能够单独识别每个签名。这使该系统更加高效和强大,尤其是在需要定期验证客户签名的银行中。开发了一个高效的C#系统来实现新算法。

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