Freeway traffic control using fuzzy logic controllers

C.Y. Ngo, Victor O.K. Li
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引用次数: 10

Abstract

A major cause of freeway congestion before the traffic density becomes critical is the shock wave due to the speed differences between consecutive vehicles. Such disturbance can be reduced if we can impose homogeneous speed control on the vehicles. In this paper, a two-level model-free control scheme using neural-network-based fuzzy logic controllers is proposed which regulates the speed of the freeway through speed advisory boards. Using information from both measurement data and expert knowledge (e.g., environmental information and psychological factors), it is expected that this controller will outperform the conventional ones.

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高速公路交通控制的模糊逻辑控制器
在交通密度变得严重之前,高速公路拥堵的一个主要原因是连续车辆之间的速度差异所产生的冲击波。如果对车辆施加均匀速度控制,就可以减少这种干扰。本文提出了一种基于神经网络模糊控制器的两级无模型控制方案,通过速度咨询板对高速公路的速度进行调节。利用测量数据和专家知识(如环境信息和心理因素)的信息,预计该控制器将优于传统控制器。
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An application of fuzzy logic control to a gimballed payload on a space platform Logic programming and the execution model of Prolog Author index to volumes 3–4 Volume contents for 1995 Title index for volume 3–4
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