使用图像处理技术的视障人士智能眼镜

P. Karthikayan, R. Pushpakumar
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引用次数: 2

摘要

在这个世界上,大约有3亿人视力受损,智能眼镜可以帮助视力受损的人改善他们的生活。在这个设备的帮助下,他们可以独立导航,在社会中感到方便,也感到安全。他们在生活中有很多问题,其中一些是他们不能独立导航,在金钱,公共汽车或火车号码识别等方面被骗。该系统实现了货币识别和红绿灯检测两个功能。配置机器学习(ML)模型,该模型由卷积神经网络(CNN)、图像处理技术和对象检测模型组成。货币识别同时提取货币上的可见标记和隐藏标记进行有效分类。红绿灯检测使用图像处理算法与标准的目标识别方法。这个系统帮助视障人士在没有别人帮助的情况下过马路。对于第一个特征,即货币识别,输出是该人手中的货币价值;对于第二个特征,即交通灯检测,输出是交通灯是红色还是绿色,如果是绿色,则该人必须过马路的秒数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart Glasses for Visually Impaired Using Image Processing Techniques
In this world, approximately 300 million are visually impaired, smart glasses helps the people who are Visually Impaired to enhance their life. With the help of this device they can navigate independently, feel convenient in the society, and also feel secure. They have many problems in their life, some of them are they cannot navigate independently, cheated in terms of money, Bus or Train number identification etc. In this system two features are implemented they are Currency Recognition and Traffic Light Detection. A Machine Learning (ML) Model is configured which consists of Convolution Neutral Network (CNN), image processing techniques, and Object detection model. Currency recognition extracts both visible and hided marks on the money for effective classification. Traffic light detection uses an image processing algorithm with standard object recognition methods. This system helps the Visually Impaired to cross the road without other's help. For the first feature i.e. Currency recognition, the output is the value of the currency that person has in his/her hand and for the second feature i.e. Traffic light detection, the output is whether the traffic light is red or green, if it is green then the number of seconds that person has to cross the road.
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