Indian Currency Classification Using Deep Learning Techniques

Rohit Swami, Smiti Khurana, Shubham Singh, Sanjeev Thakur, Pavan Kumar Reddy Sajjala
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引用次数: 2

Abstract

Progression and evolution of technology has superseeded mechanical human workload in almost every domain with the operation of machines. The currency paper recognition is applicable in various domains of automatic selling goods systems and in banking systems. In the modern transition world for the automatic current recurring systems, the precise identification of paper currency notes is indeed an essential need. Machines often find it difficult in identifying and recognising the currencies in the market when the currency notes have turned bleary and damaged. It is hard for visually disabled people without any technological support or assistance to predict and analyze genuine currency notes. The accuracy of currency notes analysis identification have been refined and boosted throughout with the assistance of these models. Our research methodologies are in line and meeting the desired expectations. This paper presents an Indian Paper Currency Prediction Analysis, proposes an optimized model to recognise the currencies effectively. The Deep Learning approach of CNN model technique has improved the effective analysis of currency recognition with improved accuracy, high speed and efficiency along with complete automatic readily procedure with no human intervention and minimal complexity. This paper represents a strategy which is parted into two divisions, Keras trained a DL Model as well as hosted a Flask based web app on Heroku.Our proposed algorithm design and experimental based results are useful for majorly visually impaired people for differentiating all sorts of available denominations.
使用深度学习技术的印度货币分类
技术的进步和演变已经在几乎所有领域取代了机器操作的机械性人力工作量。纸币识别技术适用于自动售货系统和银行系统的各个领域。在现代转型世界的自动流通循环系统中,纸币的精确识别确实是必不可少的需要。当纸币变得模糊和破损时,机器往往难以识别和识别市场上的货币。如果没有任何技术支持或帮助,视障人士很难预测和分析真正的纸币。在这些模型的帮助下,纸币分析识别的准确性得到了改进和提高。我们的研究方法符合并符合预期。本文对印度纸币进行了预测分析,提出了一种有效识别货币的优化模型。CNN模型技术的深度学习方法提高了货币识别的有效分析,提高了准确性、速度和效率,并实现了完全的自动化,无需人为干预,复杂性最小。本文代表了一个分为两部分的策略,Keras训练了一个DL模型,并在Heroku上托管了一个基于Flask的web应用程序。我们提出的算法设计和基于实验的结果对视障人士区分各种可用的面额是有用的。
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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