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LVQ Based Classification of Air Quality Using Data for Lockdown Period of COVID-19

机译:基于LVQ的空气质量分类,使用Covid-19锁定时段数据

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The lockdown duration of COVID-19 gave rise to a significant betterment in AQI (Air Quality Index) worldwide. In the present research paper, binary classification problem of the air pollutants data of Uttarakhand, India, for year 2019 and 2020 (lockdown period), has been addressed. This problem is challenging to solve as it is non-linearly separable. Using this data, a neural network has been trained, to perform classification, using competitive learning technique (unsupervised learning). Then, for achieving better classification results, a supervised learning technique, learning vector quantization algorithm (LVQ), is used. Finally, the performance of both the networks is compared. All results are obtained in MATLAB.
机译:Covid-19的锁定持续时间在全球AQI(空气质量指数)中产生了显着的重量。 在本研究论文中,已经解决了2019年和2020年(锁定期)北方印度近达克劳克手的空气污染物数据的二元分类问题。 这个问题是挑战,因为它是非线性可分离的。 使用此数据,使用竞争学习技术(无监督学习)培训了神经网络以进行分类。 然后,为了实现更好的分类结果,使用监督学习技术,学习矢量量化算法(LVQ)。 最后,比较了两个网络的性能。 所有结果都在Matlab中获得。

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