Driving behavior and control in traffic system with two kinds of signals

We study the vehicular traffic controlled by two kinds of signals which are positioned with a periodic configuration. We propose a microscopic model to explore the driving behavior in the traffic system with two kinds of signals. The control method of traffic flow by the combination of two kinds of...

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Published inPhysica A Vol. 403; pp. 110 - 119
Main Authors Nagatani, Takashi, Hino, Yuki
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.06.2014
Subjects
Complex system
Control systems
Displays
Dynamic models
Dynamical systems
Mathematical models
Nonlinear dynamics
Nonlinear map
Signal control
Traffic dynamics
Traffic engineering
Traffic flow
Signal control
Nonlinear map
Complex system
Traffic dynamics
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Abstract We study the vehicular traffic controlled by two kinds of signals which are positioned with a periodic configuration. We propose a microscopic model to explore the driving behavior in the traffic system with two kinds of signals. The control method of traffic flow by the combination of two kinds of signals is proposed. The dynamic model is described by the nonlinear map model and the CA model. The driving behavior is clarified for the traffic system controlled by two kinds of signals. The fundamental diagrams are derived for various combinations of two kinds of signals. The traffic flow through two kinds of signals is compared with that of a single kind of signals. The traffic flow displays the complex behavior different from the conventional traffic with a single kind of signals. •We studied the vehicular traffic controlled by two kinds of traffic signals.•We explored the driving behavior in the traffic system with two kinds of signals.•We showed that the traffic flow is controlled successfully by the combination of two kinds of signals.
AbstractList We study the vehicular traffic controlled by two kinds of signals which are positioned with a periodic configuration. We propose a microscopic model to explore the driving behavior in the traffic system with two kinds of signals. The control method of traffic flow by the combination of two kinds of signals is proposed. The dynamic model is described by the nonlinear map model and the CA model. The driving behavior is clarified for the traffic system controlled by two kinds of signals. The fundamental diagrams are derived for various combinations of two kinds of signals. The traffic flow through two kinds of signals is compared with that of a single kind of signals. The traffic flow displays the complex behavior different from the conventional traffic with a single kind of signals. •We studied the vehicular traffic controlled by two kinds of traffic signals.•We explored the driving behavior in the traffic system with two kinds of signals.•We showed that the traffic flow is controlled successfully by the combination of two kinds of signals.
We study the vehicular traffic controlled by two kinds of signals which are positioned with a periodic configuration. We propose a microscopic model to explore the driving behavior in the traffic system with two kinds of signals. The control method of traffic flow by the combination of two kinds of signals is proposed. The dynamic model is described by the nonlinear map model and the CA model. The driving behavior is clarified for the traffic system controlled by two kinds of signals. The fundamental diagrams are derived for various combinations of two kinds of signals. The traffic flow through two kinds of signals is compared with that of a single kind of signals. The traffic flow displays the complex behavior different from the conventional traffic with a single kind of signals.
Author Hino, Yuki
Nagatani, Takashi
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Traffic dynamics
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Snippet We study the vehicular traffic controlled by two kinds of signals which are positioned with a periodic configuration. We propose a microscopic model to explore...
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SubjectTerms Complex system
Control systems
Displays
Dynamic models
Dynamical systems
Mathematical models
Nonlinear dynamics
Nonlinear map
Signal control
Traffic dynamics
Traffic engineering
Traffic flow
Title Driving behavior and control in traffic system with two kinds of signals
URI https://dx.doi.org/10.1016/j.physa.2014.02.033
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