Smart card data are increasingly used for transit network planning, passengers' behaviour
analysis and network demand forecasting. Public transport origin–destination (O–D) …

Over the past few years, several techniques have been developed for using smart card fare
data to estimate origin–destination (OD) matrices for public transport. In the past, different …

Smart card automated fare collection systems have been effective for the collection of data
about the travel behavior of users on public transit networks. Because some systems record …

In public transport, smartcards are primarily used for automatic fare collection purpose,
which in turn generate massive data. During the last two decades, a tremendous amount of …

Although smart card fare data has recently become more prevalent as a rich, comprehensive
and continuous source of information, there is still some missing information which inhibits …

Abstract Development of an origin-destination demand matrix is crucial for transit planning.
The development process is facilitated by automated transit smart card data, making it …

Origin-destination flow of passengers in bus networks is a crucial input to the public
transport planning and operational decisions. Smart card systems in many cities, however …

Smart card data is increasingly used to investigate passenger behavior and the demand
characteristics of public transport. The destination estimation of public transport is one of the …

The Smart Card Automated Fare Collection (SCAFC) system is an Intelligent Transportation
System that is becoming increasingly popular among transit operators. In addition to fare …

In this paper, we present a validation of public transport origin–destination (OD) matrices
obtained from smartcard and GPS data. These matrices are very valuable for management …