Stockholm congestion charging: an assessment with METROPOLIS and SILVESTER

Mohammad Saifuzzaman, Leonid Engelson, Ida Kristoffersson and André de Palma ()

Transportation Planning and Technology, 2016, vol. 39, issue 7, 653-674

Abstract: This paper reviews and compares the performance of two dynamic transportation models – METROPOLIS and SILVESTER – which are used to predict the impacts of congestion charging for Stockholm. Both are mesoscopic dynamic models treating accumulation and dissipation of traffic queues, route choice, modal split and departure time choice. The models are calibrated independently for the baseline situation without charges and applied to forecast the effects of congestion charging. The results obtained from the two models are mutually compared and validated against the actual outcome of the Stockholm congestion charging scheme. Both models successfully predict the outcomes of the congestion charging trial at both aggregate and disaggregate levels. Results of welfare analysis, however, differ substantially due to differences in model specification.

Date: 2016
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DOI: 10.1080/03081060.2016.1204089

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