GREEN LIGHT OPTIMAL SPEED ADVISORY WITH REDUCED DEFAULT SPEED: ANALYSES OF A NEW GLOSA SERVICE

This work is an introduction to Green Light Optimal Speed Advisory (GLOSA) with reduced default speed (GLOSA-RDS), a special GLOSA service that allows for more flexibility while influencing traffic participants.In order to achieve that, GLOSA-RDS provides a default speed recommendation for the traffic participants that is lower than the maximum allowed speed of the road, unlike conventional GLOSA.This allows not only for deceleration advice to achieve a green wave, but also acceleration advice.Thus, vehicles can either slow down if they are ahead of the green wave or catch up when they are behind, allowing for more compact vehicle platoons, reducing necessary green times and improving the incorporation of vehicles from secondary directions into the green wave of the main direction.In particular, GLOSA-RDS could be an interesting mechanism for cities as regards introducing lower speeds for motorised traffic in city centres.GLOSA-RDS is implemented and tested in a microscopic traffic simulation on a green wave corridor with three signalised intersections.Results indicate notable improvement for waiting time and number of stops compared to conventional GLOSA services.

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Publication Details

Journal
WIT transactions on ecology and the environment
Published
2024-11-13
DOI
https://doi.org/10.2495/sdp240311
Primary Topic
Smart Parking Systems Research
Type
article
Field-Weighted Citation Impact
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article

GREEN LIGHT OPTIMAL SPEED ADVISORY WITH REDUCED DEFAULT SPEED: ANALYSES OF A NEW GLOSA SERVICE

Maik Halbach
WIT transactions on ecology and the environment
Smart Parking Systems Research
article

GREEN LIGHT OPTIMAL SPEED ADVISORY WITH REDUCED DEFAULT SPEED: ANALYSES OF A NEW GLOSA SERVICE

Maik Halbach
article en

Abstract

This work is an introduction to Green Light Optimal Speed Advisory (GLOSA) with reduced default speed (GLOSA-RDS), a special GLOSA service that allows for more flexibility while influencing traffic participants.In order to achieve that, GLOSA-RDS provides a default speed recommendation for the traffic participants that is lower than the maximum allowed speed of the road, unlike conventional GLOSA.This allows not only for deceleration advice to achieve a green wave, but also acceleration advice.Thus, vehicles can either slow down if they are ahead of the green wave or catch up when they are behind, allowing for more compact vehicle platoons, reducing necessary green times and improving the incorporation of vehicles from secondary directions into the green wave of the main direction.In particular, GLOSA-RDS could be an interesting mechanism for cities as regards introducing lower speeds for motorised traffic in city centres.GLOSA-RDS is implemented and tested in a microscopic traffic simulation on a green wave corridor with three signalised intersections.Results indicate notable improvement for waiting time and number of stops compared to conventional GLOSA services.

WIT transactions on ecology and the environmentVol. 1
Deutsches Zentrum für Luft- und Raumfahrt e. V. (DLR) (DE), ORCID (US)
Openalex Percentile: Top 78%
Smart Parking Systems Research
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