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Prediction of Distribution of Traffic Congestion on High Traffic Density Region Based on Deep Learning

机译:基于深度学习的高交通密度区域交通拥堵分布预测

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With the rapid development of China's economy, traffic congestion has become a serious problem affecting the efficiency and safety of the traffic system, especially in urban regions with high traffic density. Due to the lack of effective forecasting methods, traffic congestion events seriously affect normal operation of the intracity traffic network. In order to achieve better prediction results, a type of gated recurrent neural network—long short-term memory neural networks—were used to build the model. The prediction accuracies for different tasks all approach 85%. Then, several different factors which may influence the congestion prediction were analyzed to find why LSTM could not fit the congestion change better. In order to have a comprehensive understanding of the model based on the LSTMs, several algorithms were studied by building models. As the result, the prediction accuracies of these new models are noticeably lower than those of the LSTM models.
机译:随着中国经济的快速发展,交通拥堵已成为严重影响交通系统的效率和安全性的严重问题,特别是在交通密度高的城市地区。由于缺乏有效的预测方法,交通拥堵事件严重影响城市内交通网络的正常运行。为了获得更好的预测结果,使用了一种门控循环神经网络(长短期记忆神经网络)来构建模型。不同任务的预测准确性均接近85%。然后,分析了可能影响拥塞预测的几种不同因素,以找出LSTM为什么不能更好地适应拥塞变化。为了全面了解基于LSTM的模型,通过构建模型研究了几种算法。结果,这些新模型的预测准确性明显低于LSTM模型。

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