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A solution for reallocating public bike among bike stations

机译:一种重新分配自行车站的公共自行车的解决方案

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Public bike system for proximity travel is widely used in urban cities all over the world. Main reasons for launching public bike program is to reduce carbon footprint so as to prevent greenhouse effect and to solve Last-Mile problem in order to make convenient for citizens. However, we may encounter awkward cases in peak hours (from 7:00 to 9:00 and 17:00 to 19:00) that no bike is available at some stations or no vacant place is left to put bikes. The actual solution in most cities is in a traditional way based on call centers. A personnel taking charge of bikes in a certain zone reallocates bikes among bike stations based on notification of bike users by telephone call when bike stations are full or empty. This inefficient solution will reduce bike utilization and even annoy bike users. In this paper, we propose a system & methodology to intelligently guide personnel to reallocate bikes among stations, aiming at overcoming the above awkward cases and maximizing bike utilization.
机译:公共自行车靠近旅行系统广泛用于全球城市城市。 发射公共自行车计划的主要原因是减少碳足迹,以防止温室效应,并解决最后一英里的问题,以便方便公民。 然而,我们可能会在高峰时段(从7:00到9:00和17:00到19:00)遇到尴尬的案件,没有自行车在某些站点可以使用,或者没有空置的地方留下自行车。 大多数城市的实际解决方案是一种基于呼叫中心的传统方式。 当自行车站全部或空的电话通话时,在某个区域中负责自行车的人员将自行车站重新分配自行车站的自行车。 这种低效的解决方案将减少自行车利用率甚至惹恼自行车用户。 在本文中,我们向智能指导人员提出了一个系统和方法,以重新分配车站之间的自行车,旨在克服上述尴尬案件和最大化自行车利用率。

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