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Intelligent FORecasting Model for Climate Variations (InFORM): An Urban Climate Case Study

机译:气候变化智能预测模型(通知):城市气候案例研究

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When perceived as a deeply connected socio-ecological system, Bangalore which is popularly addressed as the Silicon Valley of India faces the major challenge of integrating the systems of water, climate, energy and waste management. Climate changes have resulted in extreme variations in temperature, relative humidity and precipitation levels, thus altering the monsoon patterns in Bangalore over the last few years. The alarming increase in pollution levels results in decreased visibility considering increased traffic and emission. A complex and accurate climate modelling is essential to enable precise weather forecasting in this scenario. Through this paper, we present InFORM, an Intelligent Forecasting Model for Climatic Variations. InFORM presents an approach to forecast daily weather parameters like temperature, relative humidity and visibility using time series ARIMA model. The approach is built as a pipeline that makes forecasting predictions for multiple variables using a unique singular algorithm, which can be integrated to the complex climatic models to make them more accurate and precise.
机译:当被认为是一个深入联系的社会生态系统时,班加罗尔随着印度的硅谷而受到普及的,面临着整合水,气候,能源和废物管理系统的主要挑战。气候变化导致温度,相对湿度和降水水平的极端变化,从而在过去几年中改变了班加罗尔的季风模式。考虑到流量和排放增加,污染水平的报警导致可见性降低。复杂和准确的气候建模对于在这种情况下实现精确的天气预报是必不可少的。通过本文,我们提供通知,是气候变化的智能预测模型。通知使用时间序列ARIMA模型预测每日天气参数的方法,如温度,相对湿度和可见性。该方法是作为管道构建的,该管道使用独特的奇异算法对多个变量进行预测预测,这可以集成到复杂的气候模型,以使它们更准确和精确。

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