Indian Currency Recognition System Using CNN And Comparison With YOLOv5

Sagar Dev Achar, C. Shankar Singh, CS Sumanth Rao, K. Pavana Narayana, Ashwini Dasare
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引用次数: 1

Abstract

Computer vision is the most anticipated technology of the 21st century. Object detection is the basic functional block in Convolution Neutral Network. The objective of the proposed methodology is to design a system to detect Indian currencies which can help visually impaired people to recognize and read out the value of all possible Indian paper currencies with more than 79.83% accuracy. In this approach, the features of the notes are extracted in separate Red Green Blue (RGB) layers, normalized and quantized into machine readable data that is later trained with Adam optimizer which gives Probabilistic Prediction of each type of currency with a loud audio output. The Convolution Neural Network model is further compared with Yolov5 model which is considered to be the fastest algorithm for object detection. After comparison the accuracy of Convolution Neural Network model was found to be just 1% lesser than that of the YOLOv5 model.
使用CNN的印度货币识别系统及其与YOLOv5的比较
计算机视觉是21世纪最值得期待的技术。目标检测是卷积神经网络的基本功能模块。所提出的方法的目标是设计一个检测印度货币的系统,该系统可以帮助视障人士识别和读出所有可能的印度纸币的价值,准确率超过79.83%。在这种方法中,音符的特征被提取在单独的红绿蓝(RGB)层中,归一化和量化为机器可读的数据,然后用Adam优化器进行训练,该优化器给出每种类型货币的概率预测,并提供响亮的音频输出。将卷积神经网络模型与Yolov5模型进行比较,Yolov5模型被认为是最快的目标检测算法。经过比较,发现卷积神经网络模型的准确率仅比YOLOv5模型低1%。
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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