Results 41 to 50 of about 1,856 (116)
The node-place model has been widely applied for uncovering the coordination between transit network and land use but overlooks the critical role of ridership and its temporal variations. Focusing on the dynamic nature of urban activities and ridership,
Dejiang Wang, Jiangyue Wu, Zhuolin Tao
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Passenger Flow‐Aware Train Scheduling Model for Minimising Energy Consumption in Urban Rail Systems
This study proposes a dynamic‐programming (DP)‐based train scheduling framework that models the interaction among passenger flow, train mass, and energy consumption, enabling energy‐efficient operation under time‐varying demand. Case studies on a real metro line show that the method reduces energy consumption by up to 10.8% while maintaining transport ...
Haoran Geng +4 more
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This paper studies the coordinated scheduling and management for hybrid DRT systems offering both direct door‐to‐door rides and feeder connections to mass transit, incorporating passenger mode choice behaviour to account for heterogeneous passenger preferences in a multimodal environment.
Jingxuan Ren, Wenzhou Jin
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The metro has developed rapidly in the past two decades and has become one of the crucial patterns of transportation for urban residents in China. Many studies have explored the factors affecting metro ridership, but few have focused on the metro usage ...
Jiang Ning, Tao Lyu, Yuanqing Wang
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The eyes of the beholder: Perceived barriers to successful drug repurposing
Despite tremendous advances in new drug development over recent decades, the medical needs of an ever increasing and ageing global population are still significantly unmet. Drug repurposing (DR)—finding new therapeutic uses for existing medicinal substances and products—offers a promising strategy by potentially reducing development time, costs and ...
Zsuzsanna Ida Petykó +11 more
wiley +1 more source
Understanding the relationship between travel behavior and modifiable built environment attributes is essential for promoting low‐carbon urban mobility, particularly under emerging carbon peaking and neutrality targets. While previous studies have explored this relationship, limited attention has been paid to residents’ intentions for low‐carbon travel
Liyang Hu +5 more
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Station-level ridership is an important indicator for understanding the relationship between land use and rail transit, which is crucial for building more sustainable urban mobility systems.
Yanyan Gu, Mingxuan Dou
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Ridership analysis at the local level has a pivotal role in sustainable urban construction and transportation planning. In practice, urban rail transit (URT) ridership is affected by complex factors that vary across the urban area.
Yuxin He, Yang Zhao, Kwok-Leung Tsui
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To address the distribution of origin–destination (OD) passenger flow in multilevel rail transit complex network, we propose a simulation method based on travel behavior and reinforcement learning for travelers’ multilevel rail transit network destination choice behavior.
Wei Gao +4 more
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Optimizing Bus Rapid Transit Systems: A Simulation Approach to Scheduling
Driven by increasing urbanization and traffic congestion challenges, efficient and cost‐effective public transportation solutions have become essential, positioning bus rapid transit (BRT) systems as an attractive alternative to conventional modes.
Safwan Altarazi, Nadia Janho, Tao Liu
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