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Comparative analysis of backpropagation and RBF neural network on monthly rainfall prediction

机译:反向传播与RBF神经网络在月降水量预报中的对比分析。

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Rainfall plays a major role in the economic growth of every country. It is an essential component in the human life cycle. Its accurate and predetermined forecast can prevent many natural hazards and helpful to the tourists for travelling beautiful destinations of the world. Due to the current climatic variations, the accuracy of forecasting rainfall is very important. In this paper, we have used back propagation and radial basis function neural network techniques for predicting the monthly rainfall values based on the data collected from the Coonoor region in the Nilgiri district (Tamil Nadu). Furthermore, mean square error and accuracy are the performance indices used for the comparative analysis. Experimental results showed that the radial basis function neural network acts as a better prediction model with smaller mean square error and higher accuracy values. Furthermore, we have used these techniques for predicting the future data based on the previously collected data.
机译:降雨在每个国家的经济增长中都起着重要作用。它是人类生命周期中必不可少的组成部分。它的准确和预先确定的预测可以防止许多自然灾害,并有助于游客在世界上美丽的目的地旅行。由于当前的气候变化,预报降雨的准确性非常重要。在本文中,我们使用了反向传播和径向基函数神经网络技术,基于从Nilgiri地区(泰米尔纳德邦)Coonoor地区收集的数据来预测月降雨量。此外,均方误差和准确性是用于比较分析的性能指标。实验结果表明,径向基函数神经网络具有较好的预测模型,均方误差较小,准确度较高。此外,我们已使用这些技术基于先前收集的数据来预测未来数据。

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