Methodological framework of creating the Levitate Policy Support Tool for Connected and Automated Transport Systems

Conference paper (2022)

Authors

Apostolos Ziakopoulos National Technical University of Athens
Julia Roussou National Technical University of Athens
Pete Thomas Loughborough University
George Yannis National Technical University of Athens
Amna Chaudhry Loughborough University
Hitesh Boghani Loughborough University
Bin Hu Loughborough University
Martin Zach AIT Austrian Institute of Technology
Maria G. Oikonomou National Technical University of Athens
Knut Veisten Institute of Transport Economics
Knut Johannes Liland Hartveit Institute of Transport Economics
Eleni I. Vlahogianni National Technical University of Athens
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Published Date

2022

Language

English

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Abstract

Connected, Cooperative and Automated Mobility (CCAM) are expected to be introduced in increasing numbers over the next decade based on the rapidly developing capability of modern technologies. The need for policies around the introduction of CCAM is starting to arise, based on the evaluation of the likely impact of different technologies, with the aim to capture the benefits of automation and ensure that new technologies contribute to wider policy objectives. The Horizon 2020 Levitate project aims to investigate the potential short, medium and long term impacts of CCAM, through an innovative multi-disciplinary impact assessment methodology, which will be incorporated within a new web-based policy support tool to enable city and other authorities to forecast impacts of CCAM on urban areas. The aim of the present paper is to provide an insight on the development of the Levitate Policy Support Tool (PST), the use cases, parameters and impacts considered and the methodologies applied for the estimation of relationships and impacts of connected and automated transport systems. This policy support tool will comprise a knowledge and an estimator module and will include forecasting and backcasting systems providing estimates for different types of impacts and allowing comparative analyses. The Policy Support Tool will integrate the methodologies and findings of the Levitate project, in order to develop an overall framework for the assessment of impacts, benefits and costs of CCAM for different automation and penetration levels and on different time horizons, as well as a public toolkit and a decision support system allowing the testing of various policy scenarios on the basis of the needs of relevant stakeholders.