Traffic Guidance Based on LSTM Neural Network and Dual Tracking Dijkstra Algorithm

Zhenghua Zhang, Chongxin Fang, Jiafeng Zhang, Jin Qian, Q. Su
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引用次数: 1

Abstract

Based on the historical big data intelligent transportation system, the traffic map model is constructed according to the characteristics of the city. With the help of the LSTM (Long Short-Term Memory) neural network prediction function, the city environmental data and traffic data are fused and preprocessed. Through the optimization and function expansion of the shortest path double-tracking Dijkstra algorithm, a route guidance scheme to avoid traffic congestion and severe environmental pollution is provided. The system can be applied to actual road regulation and optimal path selection. Not only can solve the city's vehicle congestion, but also alleviate the problem of air pollution.
基于LSTM神经网络和双跟踪Dijkstra算法的交通诱导
基于历史大数据智能交通系统,根据城市特点构建交通地图模型。利用LSTM (Long - Short-Term Memory)神经网络预测函数,对城市环境数据和交通数据进行融合和预处理。通过对最短路径双跟踪Dijkstra算法的优化和功能扩展,提供了一种避免交通拥堵和严重环境污染的路径引导方案。该系统可应用于实际道路整治和最优路径选择。不仅可以解决城市的车辆拥堵,还可以缓解空气污染问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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