A new control strategy for a signalized traffic intersection
Allen Roger Stubberud, Xiao-Hua Yu
Abstract
Allen Roger Stubberud, Xiao-Hua Yu
Abstract
A traffic control problem can be formulated as a decision-making problem for a stochastic dynamic system. Optimal traffic signal settings at intersections can minimize the vehicle delay time or the queue length at a stop line. In this paper, a new adaptive control strategy for signalized intersections is developed and tested by simulation. The simulation results show significant improvement over the traditional fully actuated control algorithm, especially for the case of high volume traffic demand.
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A traffic control problem can be formulated as a decision-making problem for a stochastic dynamic system. Optimal traffic signal settings at intersections can minimize the vehicle delay time or the queue length at a stop line. In this paper, a new adaptive control strategy for signalized intersections is developed and tested by simulation. The simulation results show significant improvement over the traditional fully actuated control algorithm, especially for the case of high volume traffic demand.
Key concepts: Intersection (aeronautics), Queue, Computer science, Control (management), Line (geometry), Adaptive control, Road traffic control, Mathematical optimization