Abstract

Autonomous solutions for transportation are emerging worldwide, and one of the sectors that will benefit the most from these solutions is the public transport by shifting toward the new paradigm of Mobility as a Service (MaaS). Densely populated areas cannot afford an increase in individual transportation due to space limitation, congestion, and pollution.Working towards more effective and inclusive mobility in public areas, this paper compares user experiences of autonomous public transport across Baltic countries, with the final goal of gaining an increased insight into public needs. User experience was evaluated through questionnaires gathered along pilot projects implementing a public transportation line, using an automated electric minibus between 2018 and 2019. To have sufficient diversity in the data, the pilot projects were implemented in several cities in the Baltic Sea Area. The data analysed in this paper specifically refer to the cities of Helsinki (Finland), Tallinn (Estonia), Kongsberg (Norway), and Gdańsk (Poland).Across all cities, passengers provided remarkably positive feedback regarding personal security and safety onboard. The overall feedback, which was very positive in general, showed statistically significant differences across the groups of cities (Kongsberg, Helsinki, Tallinn and Gdansk), partially explicable by the differences in the route design. In addition, across all cities and feedback topics, males gave a lower score compared to females. The overall rating suggests that there is a demand for future last-mile automated services that could be integrated with the MaaS concept, although demand changes according to socio-economic and location-based conditions across different countries.

Highlights

  • This paper analyses Mobility as a Service (MaaS) from the shared and automated urban transport perspective

  • One of the main advantages that autonomous vehicles bring to the urban environment is the use of shared autonomous vehicles (SAV)

  • Fagnant & Kockelman [10] simulate the effect of SAV in dynamic ride sharing

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Summary

Introduction

This paper analyses Mobility as a Service (MaaS) from the shared and automated urban transport perspective. MaaS aims to revolutionise human mobility with a push towards subscription-based models. This change has effectively taken place in several fields, e.g. the media sector (music, news, books, and movies are increasingly consumed through subscription-based services as an alternative to the ownership model). In the SAV paradigm, users are expected to share vehicles for ondemand transportation while optimizing the use of urban space, avoiding congestion, and minimizing risks. Fagnant & Kockelman [10] simulate the effect of SAV in dynamic ride sharing. The simulation assumes that most people are still able to go on their everyday personal trips (with rather minor changes in timing) by substituting personal cars with SAVs

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