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The Trend Analysis Method of Urban Taxi Order Based on Driving Track Data

机译:基于行车轨迹数据的城市出租车秩序趋势分析方法

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The paper tries to build the analysis framework to explore the implication trend of the complex taxi order. The online taxi has become one of the important means of urban travel with the popularity of the Internet and smart phones. The analysis of online taxi order may contribute to better understand urban traffic trends and people's living habits. The ride-hailing platform can track every order completely through the client, which provides a basis for the analysis of order trend. With the development of big data analysis methods, it is also possible to analyze the trend of urban ride-hailing orders. The research object of this study is the driving tracking data of online taxi orders in Chengdu in October 2016 provided by Didi Chuxing GAIA Initiative. The month covers the China's National Day holiday. And it is the very typical traffic research scenario. This paper analyzed the change trend of urban online taxi order quantity over time, compared the taxi order quantity trends on workday and weekend, and found that workday and weekend order trends about online taxi have structured differently. In addition, k-means algorithm and DBSCAN algorithm were used to analyze the optimal order-waiting location for online taxi drivers, and the comparison between the two methods was made. It is found that DBSCAN algorithm performs better in analyzing such problems. Didi is the largest ride-hailing platform in China, and Chengdu is one of the mega-cities in southwest China. The analysis based on the data of Didi and Chengdu can provide typical research paradigms for the order analysis of urban taxi to some extent.
机译:本文试图建立分析框架,以探索复杂出租车秩序的隐含趋势。随着互联网和智能手机的普及,在线出租车已成为城市旅行的重要手段之一。对在线出租车秩序的分析可能有助于更好地了解城市交通趋势和人们的生活习惯。拼车平台可以通过客户完全跟踪每个订单,这为分析订单趋势提供了基础。随着大数据分析方法的发展,也有可能分析城市乘车命令的趋势。这项研究的研究对象是由滴滴出行GAIA计划提供的2016年10月成都在线出租车订单的驾驶跟踪数据。这个月是中国的国庆假期。这是非常典型的流量研究场景。本文分析了城市网上出租车的订货量随时间的变化趋势,比较了工作日和周末的出租车订货量趋势,发现网上出租车的工作日和周末订货量趋势结构有所不同。另外,利用k-means算法和DBSCAN算法分析了在线出租车司机的最佳等待顺序位置,并对两种方法进行了比较。发现DBSCAN算法在分析此类问题方面表现更好。滴滴是中国最大的乘车平台,成都是中国西南部的特大城市之一。基于滴滴涕和成都数据的分析可以在一定程度上为城市出租车的有序分析提供典型的研究范式。

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