Efficient traffic control can alleviate traffic congestion, reduce fuel consumption, and improve
traffic safety. With the development of communication and automation technologies, regular …

Background The intersection traffic signal control problem (ITSCP) has become even more
important as traffic congestion has been more intractable. The ITSCP seeks an efficient …

The fact that road transportation negatively affects the quality of the environment and
deteriorates its bearing capacity has drawn a wide range of concerns among researchers. In …

Traffic congestion in urban road and freeway networks leads to a strong degradation of the
network infrastructure and accordingly reduced throughput, which can be countered via …

A joint control approach that simultaneously optimizes traffic signals and trajectories of
cooperative (automated) vehicle platooning at urban intersections is presented in this paper …

This paper presents a study on an adaptive traffic signal controller for real-time operation.
The controller aims for three operational objectives: dynamic allocation of green time …

Existing fixed-time traffic signal optimization methods mainly use traffic volumes collected by
infrastructure-based detectors (eg, loop detectors). These infrastructure-based detectors …

Observability and controllability are two critical requirements for a partially observable
transportation system. This paper proposes a stepwise signal optimization framework with …

This paper presents a lane-based optimization method for the integrated design of lane
markings and signal settings for isolated junctions. Both traffic and pedestrian movements …

Existing signalized intersection control methods allocate intersection resources to each
phase from the time dimension based on traffic conflict. Solving the traffic control issues …