Mining Twitter and Taxi Data for Predicting Taxi Pickup Hotspots

S. Mridha, Sayan Ghosh, R. Singh, Sourangshu Bhattacharya, Niloy Ganguly
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引用次数: 2

Abstract

In recent times, people regularly discuss about poor travel experience due to various road closure incidents in the social networking sites. One of the fallouts of these road blocking incidents is the dynamic shift in regular taxi pickup locations. Although traffic monitoring from social media content has lately gained widespread interest, however, none of the recent works has tried to understand this relocation of taxi pickup hotspots during any road closure activity. In this work, we have tried to predict the taxi pickup hotspots, during various road closure incidents, using their past taxi pickup trend. We have proposed a two-step methodology. First, we identify and extract road closure information from social network posts. Second, leveraging the inferred knowledge, prediction of taxi pickup hotspot is done near the activity location with an average accuracy of ~ 86.04%, where the predicted locations are within an average radius of only 0.011 mile from the original hotspots.
挖掘Twitter和出租车数据预测出租车接送热点
最近,人们经常在社交网站上讨论由于各种封路事件而导致的糟糕的旅行体验。这些道路堵塞事件的后果之一是,常规出租车接送地点发生了动态变化。尽管社交媒体内容的交通监控最近引起了广泛的兴趣,但是,最近的研究都没有试图理解在任何封路活动期间出租车接送热点的迁移。在这项工作中,我们试图利用过去的出租车接送趋势来预测各种封路事件期间的出租车接送热点。我们提出了一个两步法。首先,我们从社交网络帖子中识别和提取封路信息。其次,利用推断的知识,在活动地点附近进行出租车接送热点预测,平均准确率为~ 86.04%,预测地点距离原始热点的平均半径仅为0.011英里。
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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