The primary challenge for an urban bus system is to maintain constant headways between successive buses. Most bus systems try to achieve this by adherence to a schedule; but this is undermined by the tendency of headways to collapse, so that buses travel in bunches. To counter this, we propose a new method of coördinating buses. Our method abandons the idea of a schedule and even any a priori target headway. Under our scheme headways are dynamically self-equalizing and the natural headway of the system tends to emerge spontaneously. Headways also become self-correcting in that after disturbances they reëqualize without intervention by management or even awareness of the drivers. We report on a successful implementation to control ...
This paper concerns the modelling and control of the bus bunching problem. Bunching is an in- stabil...
Bus bunching is an instability problem where buses operating on high-frequency public transport line...
Bus headways are typically susceptible to external disturbances (e.g., due to traffic congestion, cl...
The primary challenge for an urban bus system is to maintain constant headways between successive b...
Bus bunching is one of the most serious problems of urban bus systems. Bus bunching increases waitin...
In an uncontrolled bus line, buses tend to bunch due to the stochastic nature of traffic flow and pa...
Bus bunching occurs when two or more buses travel head to tail. It is an annoying problem in public ...
In uncontrolled bus systems, buses tend to bunch due to the stochastic nature of traffic flows and p...
Bus schedules cannot be easily maintained on busy lines with short headways: experience shows that b...
Schedule-based or headway-based control schemes to reduce bus bunching are not resilient because the...
Headway variations between successive buses, which lead to bus bunching, is undesirable for both pas...
Bus schedules cannot be easily maintained on busy lines with short headways: Experience shows that b...
Bus bunching is an instability problem where buses operating on high frequency public transport line...
Urban transportation is a complex phenomenon. Since many agents are constantly interacting in parall...
This study proposed a robust dynamic control strategy to regulate bus headways and prevent buses fro...
This paper concerns the modelling and control of the bus bunching problem. Bunching is an in- stabil...
Bus bunching is an instability problem where buses operating on high-frequency public transport line...
Bus headways are typically susceptible to external disturbances (e.g., due to traffic congestion, cl...
The primary challenge for an urban bus system is to maintain constant headways between successive b...
Bus bunching is one of the most serious problems of urban bus systems. Bus bunching increases waitin...
In an uncontrolled bus line, buses tend to bunch due to the stochastic nature of traffic flow and pa...
Bus bunching occurs when two or more buses travel head to tail. It is an annoying problem in public ...
In uncontrolled bus systems, buses tend to bunch due to the stochastic nature of traffic flows and p...
Bus schedules cannot be easily maintained on busy lines with short headways: experience shows that b...
Schedule-based or headway-based control schemes to reduce bus bunching are not resilient because the...
Headway variations between successive buses, which lead to bus bunching, is undesirable for both pas...
Bus schedules cannot be easily maintained on busy lines with short headways: Experience shows that b...
Bus bunching is an instability problem where buses operating on high frequency public transport line...
Urban transportation is a complex phenomenon. Since many agents are constantly interacting in parall...
This study proposed a robust dynamic control strategy to regulate bus headways and prevent buses fro...
This paper concerns the modelling and control of the bus bunching problem. Bunching is an in- stabil...
Bus bunching is an instability problem where buses operating on high-frequency public transport line...
Bus headways are typically susceptible to external disturbances (e.g., due to traffic congestion, cl...