Intelligent transportation systems based on automated data collection frameworks are widely
used by the major transit companies around the globe. This paper describes the current …

The most relevant issues related to headway variability in public transport planning,
operations and quality of service are reviewed in this paper. We discuss the causes and …

Informed driving is increasingly becoming a key feature for increasing the sustainability of
taxi companies. The sensors that are installed in each vehicle are providing new …

Busy bus routes often suffer from buses not arriving at regular intervals but in bunches at bus
stops. In this paper we study this bus bunching phenomenon and address it by a …

Bus bunching severely deteriorates the quality of transit service with poor on-time
performance and excessive waiting time. To mitigate bus bunching, this paper presents a …

Recent advances in telecommunications created new opportunities for monitoring public
transport operations in real-time. This paper presents an automatic control framework to …

Public transport service reliability is crucial for all stakeholders, including users, operators,
and society. Bus bunching, where two or more buses on the same route travel closely …

Accurately modeling the travel time of road-based public transport can help directly improve
current passenger service and operating efficiency. Moreover, it paves the way for control of …

Efficient operation of bus networks is vital for urban centers. Unfortunately, factors such as
uneven passenger loads and congestion hinder the adherence to posted schedules …

If transit agencies wish to retain and attract riders, they need to provide reliable and efficient
services. Transit agencies tend to run high-frequency bus routes during peak hours, and in …