In this paper, a roadway controller is designed, analyzed and simulated for a single automated highway lane that achieves desired traffic densities along the lane. A macroscopic traffic flow model that is modified for AHS (Automated Highway Systems) operation is used for control design and analysis. The authors show that the proposed roadway controller guarantees exponential convergence of the traffic density at each section of the lane to the desired density. Simulation results are used to illustrate the effectiveness of the proposed controller and the significant benefits AHS may bring to traffic flow
in single-automated-lane highway systems cate that the proposed microscopic traffic control logic pe...
Summarization: A feedback control strategy is proposed for lane assignment at bottleneck locations. ...
his article describes vehicle control issues that must be faced T in designing a fully automated hig...
This report studies the problem of traffic control in the Automated Highway System (AHS) hierarchica...
This paper presents a theory for automated traffic flow, based on an abstraction of vehicle activiti...
Dynamic traffic assignment through analytical modeling and optimization has been widely accepted by ...
Controls for the link layer in the Automated Highway System (AHS) hierarchy proposed in the Partners...
This paper proposes a conceptual framework for designing a traffic control scheme. It adopts a top-d...
This paper proposes a conceptual framework for designing a traffic control scheme. It adopts a top-d...
Automotive technologies are gaining ground in modem road traffic-control systems, since the number o...
In the last decades traffic congestion in freeway systems has become a major problem, seriously affe...
This report presents the hierarchical structure for the control design of an Automated Highway Syste...
In this paper, a control solution to reduce congestion in highway traffic systems is presented. The ...
In a fully automated Automated Highway System (AHS), the roadside control system and the vehicles th...
The merging process in an automated highway system (AHS) is divided into a speed adjustment stage an...
in single-automated-lane highway systems cate that the proposed microscopic traffic control logic pe...
Summarization: A feedback control strategy is proposed for lane assignment at bottleneck locations. ...
his article describes vehicle control issues that must be faced T in designing a fully automated hig...
This report studies the problem of traffic control in the Automated Highway System (AHS) hierarchica...
This paper presents a theory for automated traffic flow, based on an abstraction of vehicle activiti...
Dynamic traffic assignment through analytical modeling and optimization has been widely accepted by ...
Controls for the link layer in the Automated Highway System (AHS) hierarchy proposed in the Partners...
This paper proposes a conceptual framework for designing a traffic control scheme. It adopts a top-d...
This paper proposes a conceptual framework for designing a traffic control scheme. It adopts a top-d...
Automotive technologies are gaining ground in modem road traffic-control systems, since the number o...
In the last decades traffic congestion in freeway systems has become a major problem, seriously affe...
This report presents the hierarchical structure for the control design of an Automated Highway Syste...
In this paper, a control solution to reduce congestion in highway traffic systems is presented. The ...
In a fully automated Automated Highway System (AHS), the roadside control system and the vehicles th...
The merging process in an automated highway system (AHS) is divided into a speed adjustment stage an...
in single-automated-lane highway systems cate that the proposed microscopic traffic control logic pe...
Summarization: A feedback control strategy is proposed for lane assignment at bottleneck locations. ...
his article describes vehicle control issues that must be faced T in designing a fully automated hig...