A Robust Invariant Image-Based Paper-Currency Recognition Based on F-kNN

Gurjot Singh Sodhi, Jasjot Singh Sodhi
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引用次数: 1

Abstract

The innovation of currency recognition intends to look, distinguish and remove the noticeable just as imperceptible subtleties on paper-money for effective classification of currency. Many a times, currency notes are hazy or harmed; a considerable lot of them have complex structures as well. This makes the assignment of currency recognition troublesome. Currency recognition is applied in order to diminish the human influence, put resources into this procedure. So it is essential to choose the correct highlights and legitimate calculation for this reason. This work presents a framework for automated currency notes recognition utilizing supervised image processing strategies. This work is critical considering the mentioned dimensions, namely, a) They got worn-out ahead of their schedule in comparison to coins; b) The possibility of joining wear-out currency is more noteworthy than that of coin currency; c) Coin currency is restricted to lesser population. We have to actualize a calculation which should be straightforward, less mind-boggling and profoundly effective. Recognition of Paper-Currency is significant in the zone of pattern recognition. Image processing is used to acquire the final outcome, with accuracy of 51.0%, 56.8%, 65.6% for the Decision Tree, SVM, Fine-KNN classifiers respectively.
基于F-kNN的鲁棒不变图像纸币识别
货币识别技术的创新,就是要在纸币上寻找、区分和去除那些可以察觉到的细微之处,从而对货币进行有效的分类。很多时候,纸币模糊不清或破损;它们中的相当一部分也有复杂的结构。这使得货币识别的分配变得很麻烦。采用货币识别是为了减少人为影响,将资源投入到这一过程中。因此,选择正确的高光和合理的计算是至关重要的。这项工作提出了一个利用监督图像处理策略的自动纸币识别框架。考虑到上述维度,这项工作至关重要,即a)与硬币相比,它们比计划提前磨损;b)加入损耗币的可能性比加入硬币币的可能性更值得关注;c)硬币只限于少数人使用。我们必须实现一种计算方法,这种方法应该是直截了当的,不那么令人费解的,而且非常有效。纸币识别在模式识别领域具有重要意义。通过图像处理获得最终结果,Decision Tree、SVM、Fine-KNN分类器的准确率分别为51.0%、56.8%、65.6%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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