Vehicle bunching often occurs in high-frequency transit systems leading to deterioration of service reliability. It is thus necessary to control vehicles during operations. Holding control is a common solution for this situation, but it may result in longer vehicle running times. Speed adjustments can contribute to more regular operations while preventing prolonged trip times. This paper proposes a control strategy, which combines these two strategies to maintain the regularity of transit operations. The findings based on simulation study for trunk bus services in the Netherlands suggest that combining the two strategies implies both the positive and negative attributes of each control.Green Open Access added to TU Delft Institutional Repos...
Headway fluctuation and bus bunching are commonly observed in transit operations, while holding cont...
In this paper, an optimization-based speed-control method is proposed to alleviate the adverse effec...
AbstractBuses have an inherent tendency to bunch due to randomness in passenger demand and congestio...
Vehicle bunching often occurs in high-frequency transit systems leading to deterioration of service ...
As the population grows, the need for mobility has been growing in recent years. In the case of urba...
Bus bunching affects transit operations by increasing passenger waiting times and its variability. T...
Reliability is a key determinant of the quality of a transit service. Control is needed to deal with...
Transit operations involve several inherent sources of uncertainty, including dispatch time from the...
Bus bunching and the unevenly dispersed buses along a bus line commonly appear in an unstable high-f...
Improving service reliability is becoming a key focus for most public transport operators. One commo...
Bus systems are naturally unstable. Without control, the slightest disturbance to bus motion can cau...
This paper proposes a dynamic control method to overcome bunching and improve the regularity of fixe...
Service unreliability is widely recognized as one of the main deterrents for travelers to use buses ...
Transit operators are interested in strategies to improve service reliability as it is an important...
This paper proposes a dynamic control method to overcome bunching and improve the regularity of fixe...
Headway fluctuation and bus bunching are commonly observed in transit operations, while holding cont...
In this paper, an optimization-based speed-control method is proposed to alleviate the adverse effec...
AbstractBuses have an inherent tendency to bunch due to randomness in passenger demand and congestio...
Vehicle bunching often occurs in high-frequency transit systems leading to deterioration of service ...
As the population grows, the need for mobility has been growing in recent years. In the case of urba...
Bus bunching affects transit operations by increasing passenger waiting times and its variability. T...
Reliability is a key determinant of the quality of a transit service. Control is needed to deal with...
Transit operations involve several inherent sources of uncertainty, including dispatch time from the...
Bus bunching and the unevenly dispersed buses along a bus line commonly appear in an unstable high-f...
Improving service reliability is becoming a key focus for most public transport operators. One commo...
Bus systems are naturally unstable. Without control, the slightest disturbance to bus motion can cau...
This paper proposes a dynamic control method to overcome bunching and improve the regularity of fixe...
Service unreliability is widely recognized as one of the main deterrents for travelers to use buses ...
Transit operators are interested in strategies to improve service reliability as it is an important...
This paper proposes a dynamic control method to overcome bunching and improve the regularity of fixe...
Headway fluctuation and bus bunching are commonly observed in transit operations, while holding cont...
In this paper, an optimization-based speed-control method is proposed to alleviate the adverse effec...
AbstractBuses have an inherent tendency to bunch due to randomness in passenger demand and congestio...