拥堵网格:路段拥堵水平数据的时间可视化

Suporn Pongnumkul, Nattaporn Kamsiriphiman, Juthathip Poolsawas, Wipawee Amornwat
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引用次数: 4

摘要

由于工作日、每月发薪日、年假等事件的重复,交通拥堵往往每周、每月或每年都有重复的模式。对时间交通模式的了解可以帮助道路使用者通过改变出发时间来减少他们的出行时间,以避免在交通繁忙的地方出现交通堵塞。本文提出了一种方法,以帮助道路使用者了解一个路段的时间交通模式与拥堵数据的实时可视化平台的拥塞网格。如图1所示,通过在空间上将时间和星期安排在网格中,CongestionGrid突出显示了与时间和星期有关的时间模式。流量状态用红色、黄色和绿色表示,分别代表高流量、正常流量和低流量。conestiongrid允许用户通过查看某一周的拥塞数据或一段时间内的数据聚合来探索时间交通模式。我们使用在5.5个月的时间里从曼谷356个不同路段收集的拥堵水平数据来演示拥堵网。
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CongestionGrid: A temporal visualization of road segment congestion level data
Traffic congestions tend to have repeated patterns weekly, monthly, or yearly, due to repeated events such as work days, monthly salary day, and yearly holidays. The knowledge of temporal traffic patterns can help road users reduce their travel times by altering their departure time to avoid traffic jams at high traffic spots. This paper proposes an approach to help road users understand the temporal traffic patterns of a road segment with CongestionGrid, a platform for temporal visualization of congestion data. CongestionGrid highlights temporal patterns with respect to time-of-day and day-of-week by spatially arranging them in a grid as seen in Figure 1. The traffic states are represented by red, yellow, and green, which represent high traffic, normal traffic and low traffic, respectively. CongestionGrid allows users to explore the temporal traffic patterns by viewing the congestion data of a certain week or an aggregation of data over a period of time. We demonstrate CongestionGrid using congestion level data collected from 356 unique road segments in Bangkok over a period of 5.5 months.
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