基于数字孪生系统技术仿真的城市交通最优解

Songchun Wang, Fa Zhang, Ting Qin
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引用次数: 0

摘要

目前,随着居民生活质量的不断提高,私家车数量的不断增加,城市居民规模的不断扩大,交通压力越来越大。如何选择城市交通的最佳路线,缩短出行时间,缓解交通压力已成为相关领域的主要问题。在研究中,简要介绍了城市交通项目,给出了城市交通过程集成的数字孪生技术方法:创建体系结构、分析系统功能和数字技术集成;设置交通场景,利用数字孪生技术选择最佳交通路径的技术流程:疾病分析、路况分析、物联网技术融合;给出了最佳路径的系统设计方法:搭建框架结构,增加现场检测模块,搭建传统数据通道,进行虚拟驾驶测试,对传感器返回的检测数据进行处理,以保证路径选择的准确性。
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Urban traffic optimal solution based on digital twin system technology simulation
At present, with the continuous improvement of residents' quality of life, the increasing number of private cars and the expansion of urban residents, the traffic pressure is increasing. How to choose the best route of urban traffic, shorten the travel time and relieve the traffic pressure has become the main problem in related fields.In the research, this paper briefly introduces the urban transportation project, and gives the technical methods of digital twin of urban transportation process integration: creating architecture, analyzing system function and digital technology integration; Set the traffic scene and use the digital twin technology to select the technical process of the best traffic path: disease analysis, road condition analysis and IOT technology integration; The system design method of the best path is given: building the framework structure, adding the field detection module, building the traditional data channel, carrying out the virtual driving test, processing the detection data returned by the sensor, so as to ensure the accuracy of path selection.
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