Control system and method for electronic intelligent reversible lane

Abstract

The embodiment of the invention discloses a control system and method for an electronic intelligent reversible lane. Specifically, the system comprises: traffic light arrays, which are disposed on theground of a reversible lane at intervals, and are used for bidirectional indication of the driving direction of the reversible lane; a plurality of vehicle monitoring nodes, which are used for sensing vehicles running on the reversible lane and informing correspondingly connected traffic lights; a signal controller, which is used for receiving feedback information sent by traffic lights, determining traffic flows in areas corresponding to two different driving directions of the reversible lane according to the feedback information, and dynamically adjusting the traffic lights in the two areasand traffic lights in an isolation area between the two areas according to the difference of the traffic flows in the two areas so as to form a new area. According to the technical scheme of the embodiment, the traffic flow in different driving directions of the reversible lane can be automatically detected, the area sizes in different driving directions are dynamically adjusted according to thetraffic flow, and the resource utilization rate of the reversible lane can be increased.

Description

technical field [0001] The present application relates to the technical field of transportation electronics, in particular to a control system and method for an electronic intelligent tidal lane. Background technique [0002] With the continuous expansion of the city scale, many cities have gradually formed a pattern in which the central urban area is dominated by commerce and the surrounding urban areas are dominated by residential areas. In this general environment, most people's movement trajectory becomes from the surrounding urban area to the central urban area to go to work in the morning, and returns from the central urban area to the surrounding urban area to go home in the evening, which will cause the traffic to form a "tidal phenomenon". In response to this situation, the "tidal lane" was introduced into the traffic diversion transformation. "Tide lane" is a variable lane, which is a kind of lane in which one or more vehicle driving directions are set on conditio...

AI Technical Summary

Problems solved by technology

Although this can be more intuitive and easy to understand, when the traffic flow in the two driving directions is quite different, the traffic in one direction will be idle and cause resource waste, while the traffic in the other direction will be congested.

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