Traffic Flow Prediction on Road using Machine Learning

Anuja Phapale, Sushant Shravagi
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Abstract

The Intelligent Transportation System (ITS) plays a vital role in numerous smart city applications, particularly in improving transportation and commuting processes. A primary goal of ITS is to tackle traffic-related challenges, especially the issue of traffic congestion. The prediction system for road traffic flow has significant relevance in urban transportation and area management. Many urban centers grapple with the daunting task of effective traffic management. However, the incorporation of predictive modeling that considers environmental and weather conditions, such as rainfall and thunderstorms, has proven to be remarkably effective. In response to this challenge, we have introduced a road traffic flow prediction model specifically designed to forecast traffic conditions at hourly intervals extending up to 24 hours. Although various algorithms have been applied in previous research, there is a notable absence of accessible and user-friendly platforms dedicated to road traffic flow prediction.
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利用机器学习预测道路交通流量
智能交通系统(ITS)在众多智慧城市应用中发挥着至关重要的作用,尤其是在改善交通和通勤流程方面。智能交通系统的一个主要目标是应对与交通有关的挑战,尤其是交通拥堵问题。道路交通流量预测系统对城市交通和区域管理具有重要意义。许多城市中心都在努力应对有效交通管理这一艰巨任务。然而,事实证明,考虑到降雨和雷暴等环境和天气条件的预测模型非常有效。为了应对这一挑战,我们引入了一个道路交通流量预测模型,专门用于预测每小时的交通状况,最长可达 24 小时。虽然在以往的研究中已经应用了各种算法,但专门用于道路交通流量预测的可访问性和用户友好型平台却明显缺乏。
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