Find the butterfly: a social media based arterial incidents detection and causality analysis system

Kaiqun Fu, Weisheng Zhong, Chang-Tien Lu, Arnold P. Boedihardjo
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引用次数: 3

Abstract

Traditional statistical analysis on speed, volume, and occupancy has dominated the field of Arterial Incident Management Study (AIMS). However, few previous works have focused on investigating into the causality of the incidents. In this paper, we present ButterFly, a social media based arterial incident detection and analysis system. The proposed system is dedicated to identify the traffic incident from a novel perspective and discover causalities between traffic incidents. The main functionalities of the proposed system include: 1) Traffic incident detection based on userinput social media contents, 2) Transportation incidents storyline generation, and 3) Traffic incidents causalities analysis and visualization. We demonstrate the system by considering the Washington DC area as our experimental environment. ButterFly is targeted to provide effective and convenient real-time and historical traffic incidents analysis interfaces for transportation management agencies and academies. Our proposed system, integrated with multiple social media resources, can greatly broaden the visions for traffic incidents analysis.
寻找蝴蝶:基于社交媒体的动脉事件检测和因果分析系统
传统的速度、体积和占用率的统计分析一直主导着动脉事件管理研究(AIMS)领域。然而,很少有先前的工作集中在调查事件的因果关系。在本文中,我们提出了一个基于社交媒体的动脉事件检测和分析系统ButterFly。该系统致力于从一个全新的角度识别交通事故,并发现交通事故之间的因果关系。本系统的主要功能包括:1)基于用户输入的社交媒体内容的交通事件检测;2)交通事件故事线生成;3)交通事件因果分析与可视化。我们以华盛顿特区为实验环境来演示该系统。ButterFly旨在为交通管理机构和院校提供有效、便捷的实时、历史交通事件分析界面。我们提出的系统,结合多种社交媒体资源,可以大大拓宽交通事故分析的视野。
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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