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The Real-Time Road Traffic Signal Light Assignment Strategy Prediction Based on Deep Learning

机译:基于深度学习的实时道路交通信号灯分配策略预测

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Due to the quickly developing economy and improving living standards, it has become a problem that urban traffic roads are not able to meet the needs of such a great amount of motor vehicles. The condition of a traffic system is sensitive to the distribution of traffic flow, which can be directly led by the signal lamps. In this study, we propose a novel architecture of neuron network, CNN-LSTM (convolution neuron network-long short-term neuron network), which puts both spatial and temporal corresponding into consideration. A deep convolutional neuron network is utilized to capture the features among data in different lanes and a long short-term memory neuron network is used to capture the temporal features in time sequences. A classifier is applied to determine which assignment strategy to choose. A comparison with other models suggests that our deep learning method is superior to other methods with high accuracy.
机译:由于经济的快速发展和生活水平的提高,城市交通道路不能满足如此大量的机动车辆的需求已成为一个问题。交通系统的状况对交通流的分布很敏感,交通流的分布可以直接由信号灯引导。在这项研究中,我们提出了一种新的神经元网络结构,即CNN-LSTM(卷积神经元网络-长短期神经元网络),该结构考虑了空间和时间上的对应性。深度卷积神经元网络用于捕获不同通道中数据的特征,而长短期记忆神经元网络用于捕获时间序列中的时间特征。应用分类器来确定选择哪种分配策略。与其他模型的比较表明,我们的深度学习方法在准确性方面优于其他方法。

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