Air Pollution Detection using Resnet-50

Lavanya Vuyyuru, Sunny Nalluri, Jyothika Vempatapu, Ravindra babu Thopuri
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Abstract

Pollution has become the major concerning problem these days. Many cities are being affected by the pollution. Many people are suffering from various diseases because of the pollution around them. There is an existing system to monitor the air quality, but it consists of monitoring stations where hardware components like sensors are being used, which is more complex and expensive. Through this proposed model people can monitor the Particulate Matter 10 in their location by capturing the images of the surrounding area. In this approach particulate matter 10 is predicted by taking image as input. The images are labeled with the correct Air Quality Index (AQI) value and are extracted using regular expression. For estimating the Air Quality Index value, the convolutional neural network models ResNet-50 and mobileNet are trained. The accuracy rate of the models is determined at the end. ResNet-50 yields high accuracy rate compared to mobileNet.
利用Resnet-50进行空气污染检测
污染已成为当今最受关注的问题。许多城市正受到污染的影响。由于周围的污染,许多人患有各种疾病。目前有一个监测空气质量的系统,但它是由监测站组成的,监测站使用的是传感器等硬件组件,更复杂、更昂贵。通过这个模型,人们可以通过捕捉周围区域的图像来监测他们所在位置的颗粒物。在这种方法中,以图像作为输入来预测颗粒物10。图像被标记为正确的空气质量指数(AQI)值,并使用正则表达式提取。为了估计空气质量指数值,训练了卷积神经网络模型ResNet-50和mobileNet。最后确定模型的准确率。与mobileNet相比,ResNet-50的准确率更高。
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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