Efficient operations of traffic signals are of critical importance in urban areas, as signalized
intersections prevent the smooth flow of traffic and cause delays. This paper devises an eco …

This paper proposes a trajectory planner for multilane roundabouts. The goal is to enhance
the existing roundabout in terms of capacity with the help of connected automation. The …

The dilemma zone, where drivers must decide whether to stop or proceed through an
intersection as a traffic signal turns yellow, poses a substantial risk for traffic accidents. One …

Optimizing the trajectory of connected automated vehicles (CAVs) through cooperation with
signal controllers can smoothen the traffic flow and reduce energy consumption. However …

Improving the capacity of intersections is the key to enhancing road traffic systems.
Benefiting from the application of Connected Automated Vehicles (CAVs) in the foreseeing …

Vehicle scheduling in roadway conflict areas is a common yet challenging problem. Due to
the huge vehicle population, solving the scheduling problem usually takes a significant …

This paper proposed an intersection platoon speed control model considering traffic
efficiency and energy consumption in the cooperative vehicle‐infrastructure systems (CVIS) …

Most existing studies on autonomous intersection management (AIM) primarily focus on
modeling and resolving conflicts between vehicles within an intersection, assuming …

This study proposes a two‐level optimization model system for vehicle control and signal
timing at isolated signal intersections under the mixed traffic flow environment composed of …

In order to solve the problem that the traditional long‐term high‐speed traffic forecasting
algorithm is affected by the approximation ability of the function and easy to fall into the local …