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Modelling of User Behaviour for Static Rebalancing of Bike Sharing System: Transfer of Demand from Bike-Shortage Stations to Neighbouring Stations

机译：自行车共享系统静态重新平衡的用户行为建模：骑自行车短缺站的需求转移到邻近站

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Roberta Costa Affonso; Florent Couffin; Patrice Leclaire;
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1. Modelling of User Behaviour for Static Rebalancing of Bike Sharing System: Transfer of Demand from Bike-Shortage Stations to Neighbouring Stations [J] . Roberta Costa Affonso, Florent Couffin, Patrice Leclaire Journal of advanced transportation . 2021,第a期

机译：自行车共享系统静态再平衡的用户行为建模：骑自行车短缺站的需求转移到邻近站
2. Towards Station-Level Demand Prediction for Effective Rebalancing in Bike-Sharing Systems [J] . Pierre Hulot, Daniel Aloise, Sanjay Dominik Jena SIGKDD explorations . 2018,第Udisk期

机译：走向站立水平需求预测，以便在自行车共享系统中重新平衡
3. Optimizing the Location of Virtual Stations in Free-Floating Bike-Sharing Systems with the User Demand during Morning and Evening Rush Hours [J] . Sun Zhuo, Li Yiming, Zuo Yi Journal of Advanced Transportation . 2019,第PTa1期

机译：在早高峰时段和高峰时段根据用户需求优化自由浮动自行车共享系统中的虚拟站位置
4. BikeNet: Accurate Bike Demand Prediction Using Graph Neural Networks for Station Rebalancing [C] . Ruiying Guo, Zhihan Jiang, Jingchun Huang, IEEE SmartWorld Conference;IEEE Ubiquitous Intelligence Computing Conference;IEEE Advanced Trusted Computing Conference;IEEE Scalable Computing Communications Conference;Cloud Big Data Computing Conference;IEEE Internet of People Conference;IEEE Smart City Innovation Conference . 2019

机译：BikeNet：使用图形神经网络进行站点再平衡的准确自行车需求预测
5. A Statistical Model for the Influence of Temperature on Bike Demand in Bike-Sharing Systems [D] . Tietze, Tobias. 2019

机译：自行车共享系统温度对自行车需求影响的统计模型
6. Distributed forecasting and ant colony optimization for the bike-sharing rebalancing problem with unserved demands [O] . Yiwei Fan, Gang Wang, Xiaoling Lu, 2019

机译：利用未维修需求的自行车共享重新平衡问题的分布式预测和蚁群优化
7. A Markov Chain Based Demand Prediction Model for Stations in Bike Sharing Systems [O] . Yajun Zhou, Lilei Wang, Rong Zhong, 2018

机译：自行车共享系统中车站的马尔可夫链基于需求预测模型

Modelling of User Behaviour for Static Rebalancing of Bike Sharing System: Transfer of Demand from Bike-Shortage Stations to Neighbouring Stations

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