A multilayer model to simulate cruising for parking in urban areas

In this paper we propose an assignment model on urban networks to simulate parking choices; this model is able to simulate the impact of cruising for parking on traffic congestion. For simulating parking choice and estimating the impact of cruising on road congestion we propose a multi-layer network...

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Bibliographic Details
Published in:Transport policy 2011-09, Vol.18 (5), p.735-744
Main Authors: Gallo, Mariano, D'Acierno, Luca, Montella, Bruno
Format: Article
Language:English
Subjects:
Computer simulation
Congestion
Egress
Mathematical models
Motor transport
Multilayers
Network models
Networks
Parking
Parking models
Parking models Parking simulation Network models Traffic simulation
Parking simulation
Roads
Traffic congestion
Traffic simulation
Transportation policy
Trials
Urban conditions
Walking
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Summary:In this paper we propose an assignment model on urban networks to simulate parking choices; this model is able to simulate the impact of cruising for parking on traffic congestion. For simulating parking choice and estimating the impact of cruising on road congestion we propose a multi-layer network supply model, where each layer simulates a trip phase (on-car trip between the origin and destination zone, cruising for parking at destination zone and walking egress trip). In this model the cruising time is explicitly simulated on the network. The proposed model is tested on a trial network and on a real-scale network; numerical tests highlighted that the proposed model is able to simulate user parking choice behaviour and the impact of cruising for parking upon road congestion, particularly when the average parking saturation degrees exceed 0.7. ► We propose a multi-layer network supply model for estimating the impact of cruising on congestion. ► Numerical tests highlight that the model is useful when the average parking saturation exceeds 0.7. ► The utility of the proposed model is mainly related to planning parking facilities. ► The proposed model can be applied to evaluate investments in parking.
ISSN:0967-070X
1879-310X
DOI:10.1016/j.tranpol.2011.01.009