基于Spark的实时交通监控系统

A. Saraswathi, Mummoorthy A, A. G R, K P Porkodi
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引用次数: 3

摘要

目的:预测各路线流数据的总流量,减少交通拥堵,通过仪表板显示,让公众了解当前的交通状况。分析:通过传感器连接设备进行实时流量监控,产生海量高速数据,使用Apache Kafka和Spark流引擎处理这些数据。研究发现:在现有的系统中,交通预测是通过在交通信号车道上部署传感器,并使用Apache hadoop进行数据处理,而批处理系统需要更多的时间来处理数据。在建议的系统中,通过使用连接车辆和Apache spark来处理实时流数据预测的流量总数,通过使用spring引导,流量总数显示在仪表板上。改进:实时流量预测是通过实时流数据完成的,Apache spark处理内存中的数据,每五秒更新一次仪表板
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Real-Time Traffic Monitoring System Using Spark
Objective: Predict the total traffic count of streaming data in various routes to reduce traffic congestion and informing public about current traffic condition by displaying it in dashboard. Analysis: Real-time traffic monitoring can be made with the help of sensor connected devices, it generates huge volume and high speed data, Apache Kafka and Spark streaming engine is used for Processing these data. Findings: In existing system Traffic is predicted by deploying sensors in traffic signal lane and Apache hadoop used for processing data, it is batch processing system takes more time to process the data. In Proposed system total count of traffic predicted by using connected vehicles and Apache spark is used for processing live streaming data, by using spring boot total count of traffic is displayed in dashboard. Improvement: Real-time traffic prediction is done with live streaming data, Apache spark process data in-memory and dashboard updated for every five seconds
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