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Optimal desired traffic flow patterns for automated highway systems

L. Álvarez, Roberto Horowitz, S. Chao, Gabriel Gomes

Open publisher page 4 citations

Abstract

The design of optimal desired traffic flow patterns for multiple lane automated highway systems (AHSs) is analyzed. A highway network model, which is based on the notion of activity and a principle of vehicles conservation, is proposed. The traffic flow pattern for the network of highways is found in such a way that the total entry flow to the AHS network is maximized and the constraints related to the dynamic highway model and the AHS capacity are simultaneously satisfied.

About this research paper

What this paper is about

The design of optimal desired traffic flow patterns for multiple lane automated highway systems (AHSs) is analyzed. A highway network model, which is based on the notion of activity and a principle of vehicles conservation, is proposed. The traffic flow pattern for the network of highways is found in such a way that the total entry flow to the AHS network is maximized and the constraints related to the dynamic highway model and the AHS capacity are simultaneously satisfied.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The design of optimal desired traffic flow patterns for multiple lane automated highway systems (AHSs) is analyzed. A highway network model, which is based on the notion of activity and a principle of vehicles conservation, is proposed. The traffic flow pattern for the network of highways is found in such a way that the total entry flow to the AHS network is maximized and the constraints related to the dynamic highway model and the AHS capacity are simultaneously satisfied.

Key concepts: Traffic flow (computer networking), Highway system, Computer science, Flow network, Flow (mathematics), Transport engineering, Real-time computing, Simulation

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