AbstractThis study evaluated transit service performance in Seoul using data collected from the Automatic Fare Collection (AFC) system in Seoul. The distance-based fare system in Seoul allows a maximum of four transfers with no additional charges to encourage transit ridership. In order to analyze the transit transfers, this study developed quantitative indicators for public transportation evaluations differentiated from those of previous studies by the fact that it utilizes data mining techniques which incorporate massive amounts of data (over 10 million transits per day) derived from the smart card system. This study not only carried out an evaluation to improve public transportation quality but provided comparative analysis of the mobili...
Smartcard automated fare collection systems (SCAFC) for transit have been considered primarily for t...
Transit authorities have been searching for the indicators to measure transit service quality and th...
AbstractThis study aims to validate an activity-based travel demand model, FEATHERS, using smart-car...
AbstractThis study evaluated transit service performance in Seoul using data collected from the Auto...
To enhance transit ridership, Seoul introduced a transfer discount fare scheme that uses an automate...
Transit is important for alleviating traffic congestion, air pollution, and parking problems caused ...
In South Korea, use of the smart card to pay public transit fares has grown since its introduction i...
AbstractThis research proposes a method of evaluating transfer nodes based on smart card data with t...
Thesis (Ph.D.)--University of Washington, 2013The United States energy information administration st...
This study was initiated with a goal of improving the bus scheduling model using the past data of “s...
We analyzed the travel patterns of senior citizens in Seoul using Automatic Fare Collection (AFC) da...
To guarantee the right to move for residents in areas where public transportation is insufficient, r...
Since metropolitan cities are broadening as a result of urban sprawl, multimodal transportation syst...
In modern urban transit networks, buses and subways are not distinguished as different modes of tran...
Understanding urban mobility patterns and their connections with different area characteristics is a...
Smartcard automated fare collection systems (SCAFC) for transit have been considered primarily for t...
Transit authorities have been searching for the indicators to measure transit service quality and th...
AbstractThis study aims to validate an activity-based travel demand model, FEATHERS, using smart-car...
AbstractThis study evaluated transit service performance in Seoul using data collected from the Auto...
To enhance transit ridership, Seoul introduced a transfer discount fare scheme that uses an automate...
Transit is important for alleviating traffic congestion, air pollution, and parking problems caused ...
In South Korea, use of the smart card to pay public transit fares has grown since its introduction i...
AbstractThis research proposes a method of evaluating transfer nodes based on smart card data with t...
Thesis (Ph.D.)--University of Washington, 2013The United States energy information administration st...
This study was initiated with a goal of improving the bus scheduling model using the past data of “s...
We analyzed the travel patterns of senior citizens in Seoul using Automatic Fare Collection (AFC) da...
To guarantee the right to move for residents in areas where public transportation is insufficient, r...
Since metropolitan cities are broadening as a result of urban sprawl, multimodal transportation syst...
In modern urban transit networks, buses and subways are not distinguished as different modes of tran...
Understanding urban mobility patterns and their connections with different area characteristics is a...
Smartcard automated fare collection systems (SCAFC) for transit have been considered primarily for t...
Transit authorities have been searching for the indicators to measure transit service quality and th...
AbstractThis study aims to validate an activity-based travel demand model, FEATHERS, using smart-car...