Deep Learning in Data Science

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引用次数: 2

Abstract

Up until early 2000’s climate predictions were made mainly using statistical methods. This prediction wasn’t always entirely accurate. With the introduction of deep learning in climate prediction, the prediction accuracy has improved dramatically. The sensors in the weather stations give massive amount of unstructured data. Due to the humungous amounts of sensors and data from it, it’s almost impossible to compute all the necessary weather information in time. AI and deep learning help to overcome this problem using different models which can swiftly and accurately make this job simple. Accurate climate prediction is very important to predict is very important to predict any natural calamities or unexpected change in weather. This report highlights few of the deep learning models which can be used for climate prediction by scientists. This paper only takes scratches the surface of the capabilities of AI in climate change. More advancements in this field would lead to better simulations of the weather conditions which can then be useful to predict the extreme weather conditions accurately. Few of the authors have used unique models in their prediction of various temperature, rainfall, pollution levels etc. which have helped them to find the discrepancies in the climate if any
数据科学中的深度学习
直到2000年初,气候预测主要是使用统计方法进行的。这种预测并不总是完全准确。随着深度学习在气候预测中的引入,预测精度得到了极大的提高。气象站的传感器提供了大量的非结构化数据。由于它有大量的传感器和数据,几乎不可能及时计算出所有必要的天气信息。人工智能和深度学习使用不同的模型帮助克服这个问题,这些模型可以快速准确地使这项工作变得简单。准确的气候预测是非常重要的预测是非常重要的预测任何自然灾害或意外的天气变化。这份报告强调了一些可以被科学家用于气候预测的深度学习模型。本文只触及了人工智能在气候变化方面的能力的表面。这一领域的更多进步将导致更好的天气条件模拟,从而有助于准确预测极端天气条件。很少有作者使用独特的模型来预测不同的温度、降雨、污染水平等,这些模型帮助他们发现气候中的差异(如果有的话)
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