Understanding the influence mechanisms of dockless bike-sharing usage is essential for
land use planning and bike scheduling strategy implementation. Although various studies …

In recent years, many cities have implemented bike-sharing programs (BSP) to improve the
travel efficiency of short trips. Early studies have analyzed how built environment factors …

Bike-sharing provides a convenient feeder mode for connecting to a metro and is believed to
be an efficient way to solve the first-and last-mile problem. Despite the increasing attention …

Distance decay is a vital aspect for modeling spatial interactions of human movements and
an indispensable input for land use planning and travel demand prediction models …

The newly prevailing dockless bike-sharing system offers a decent solution to the first-and
last-mile problem and connects trip origins/destinations and transit (mostly metro) stations …

Revealing dockless bike-sharing utilization pattern and its explanatory factors are essential
for urban planners and operators to improve the utilization and turnover of public bikes. This …

Identification of factors influencing ridership is necessary for policy-making, as well as, when
examining transferability and aspects of performance and reliability. In this work, a data …

The dockless bike-sharing (DBS) system offers a flexible feeder mode for connecting to
public transport. Using multi-source big data, this study employs a multi-scale …

The rapid growth of dockless bike-sharing (DBS) systems has attracted increased academic
attention in the solutions to first-and last-mile problems. However, only a few studies have …

A free-floating bike sharing system is an up-and-coming and marketable solution to promote
transport flexibility and health benefits, which many people regard as a realistic way of …