本地设计的校园智能自行车共享系统:泰国的经验教训和设计优化

Chitsanu Pakdeewanich, Ronnachai Tiyarattanachai, Isara Anantavrasilp
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引用次数: 4

摘要

自2000年代以来,自行车共享系统已在全球约700个城市广泛实施。快速扩张是由于对环境影响和气候变化问题的日益关注。自行车被认为是实现城市可持续性和高等教育可持续性的一种有前途的交通方式。可持续交通是实现联合国可持续发展目标的重要因素。在泰国,自行车共享服务于2012年首次在曼谷推出。然而,泰国的共享单车严重依赖于国际公司设计和运营的系统。许多系统都不太成功,有些系统已经停产。我们讨论了泰国一所大学在当地设计的共享单车系统及其优化的经验教训。我们推出了公共自行车试点项目,在六个月的时间里,共观察到超过24000次骑行。大多数出行时间为0-10分钟,高峰时间在上午,这意味着大多数学生根据学习时间表在最后一英里选择公共自行车。从自行车使用的热图来看,靠近教育大楼和连接的交通枢纽的出发和到达率最高。
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Locally Designed Campus Smart Bike Sharing System: Lessons Learned and Design Optimization for Thailand
Bike-sharing systems have been widely implemented in around 700 cities worldwide since the 2000s. The quick expansion is due to the growing concerns over environmental impacts and climate change problems. Bicycles are deemed to be a promising mode of transportation for achieving urban sustainability and sustainability in higher education. Sustainable transportation is an important factor in achieving the UN's Sustainable Development Goals. In Thailand, a bike-sharing service was first launched in Bangkok in 2012. However, bike-sharing in Thailand heavily relied on systems designed and operated by international companies. Many systems have not been very successful and some were discontinued. We discuss lessons learned from a locally designed bike-sharing system and its optimization for a Thai university. A pilot-scale of public bicycles was launched and over 24,000 trips were observed in six months. Most trips were 0–10 minutes and peak hours were in the morning, which means most students picked up the public bike on the last-mile based on study timetable. From heat maps of bicycle usage, nearly educational buildings and connecting transit points had the highest departure and arrival rates.
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