Linguistic Dynamic Analysis of Traffic Light Timing Design within the Time-varying Universe
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摘要: 城市道路不同时刻的车流量变化很大，建立与车流量变化相适应的红绿灯动态配时模型有利于缓解交通拥堵，减少出行者的等待时间.本文通过综合时变论域、平行控制理论、语言动力系统（Linguistic dynamic system，LDS），提出了一种新的红绿灯控制方法.该方法以红绿灯不同时刻周期时长所形成的序列为时变论域，由各相位的排队长度确定对应的通行序列与时长，得到时变论域下红绿灯配时方案.该方案形成一个由实时车流数据驱动的动态模糊规则库来对红绿灯配时周期及相位通行序列与时长进行动态调整，进而形成红绿灯配时演化过程的语言动力学轨迹，最后通过实例验证该方案的有效性.Abstract: Urban traffic flow always changes sharply at different moments. A dynamic timing design model adapting to the change of traffic flow may alleviate traffic congestion and reduce the waiting time of travelers. In this paper, a new method for traffic light control is presented by synthesizing time-varying universe, parallel control and linguistic dynamic systems (LDS). In the method, the time-varying universe is constructed by the series of cyclic lengths of traffic lights at different times, and the corresponding traffic sequences and durations are decided by their respective phase queue lengths, thus a timing scheme based on time-varying universe is obtained. By this timing scheme, a dynamic fuzzy rule base is formed to adjust the cyclic length and constituent sequence light time dynamically. At the same time the dynamic fuzzy rule base which is driven by real time traffic data adjusts the traffic sequence and duration. Then the linguistic dynamic orbits of time-design for traffic light are analyzed within the time-varying universe. Finally, an example is given to verify the validity of this method.1) 本文责任编委 徐昕
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表 1 交叉路口相关设定
Table 1 Related notations
红绿灯编号 受控车道 通行方向 $TL_1$ $Road A$_2、3、4 北向南直行 $TL_2$ $Road A$_1 北向南左转 $TL_3$ $Road B_5$、6、7 南向北直行 $TL_4$ $Road C_9$ 西向东左转 
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