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A predictive data-driven model for traffic-jams forecasting in smart santader city-scale testbed

机译:智能桑德城市规模试验台对交通堵塞预测的预测数据驱动模型

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In this paper, a model for traffic jam prediction using data about traffic, weather and noise is presented. It is based on data coming from a Smart City in Spain called Santander. The project in this city is called ”Smart Santander” and provides a platform for large-scale experiment based on realtime data. This paper demonstrates the possibility of predicting traffic jams and is a basis to integrate in projects to improve the quality of services. In this work, a cross validation method to ratify our training set is proposed. Data intelligence analysis techniques are used for the prediction with an implementation of Neural Network and Decision Tree algorithms. These algorithms are using different parameters coming from Smart Santander and other external sources. Furthermore, a cross validation process is also integrated to improve the final result. The traffic jam prediction for the next 15 minutes reached an accuracy of 99.95%.
机译:在本文中,介绍了使用关于流量,天气和噪声数据的流量堵塞预测的模型。它基于来自西班牙智能城市的数据,称为桑坦德。该城市的项目被称为“智能桑坦德”,为基于实时数据提供大型实验的平台。本文展示了预测交通堵塞的可能性,并且是集成项目的基础,以提高服务质量。在这项工作中,提出了一种批准我们培训集的交叉验证方法。数据智能分析技术用于预测神经网络和决策树算法的实现。这些算法正在使用来自智能桑坦德的不同参数和其他外部来源。此外,还集成了交叉验证过程以改善最终结果。接下来的15分钟的交通堵塞预测达到了99.95%的准确性。

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