Smart mobility for sustainability

Arena, Marika; Cheli, Federico; Zaninelli, Dario; Capasso, A.; Lamedica, R.; Piccolo, Antonio

doi:10.1109/aeit.2013.6666811

Cited by 17 publications

(7 citation statements)

References 16 publications

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“…It is however a crucial topic, impacting on several dimensions of the smart city, on numerous aspects composing the citizens' quality of life and regarding all the potential stakeholders expecting benefits from the smart city implementation [11]. Smart Mobility is seen like a slice of the Smart City, crossing all the components listed above [12].…”

Section: Smart City and Smart Mobility: Some Reference Modelsmentioning

confidence: 99%

Smart Mobility in Smart City

Benevolo

Dameri

D’Auria

2015

Lecture Notes in Information Systems and Organisation

334

129

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Smart City is a recent topic, but it is spreading very fast, as it is perceived like a winning strategy to cope with some severe urban problems such as traffic, pollution, energy consumption, waste treatment. Smart City ideas are the merge of some other more ancient urban policies such as digital city, green city, knowledge city. A Smart City is therefore a complex, long-term vision of a better urban area, aiming at reducing its environmental footprint and at creating better quality of life for citizens. Mobility is one of the most difficult topic to face in metropolitan large areas. It involves both environmental and economic aspects, and needs both high technologies and virtuous people behaviours. Smart Mobility is largely permeated by ICT, used in both backward and forward applications, to support the optimization of traffic fluxes, but also to collect citizens’ opinions about liveability in cities or quality of local public transport services. The aim of this paper is to analyse the Smart Mobility initiatives like part of a larger Smart City initiative portfolio, and to investigate about the role of ICT in supporting smart mobility actions, influencing their impact on the citizens’ quality of life and on the public value created for the city as a whole

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Section: Smart City and Smart Mobility: Some Reference Modelsmentioning

confidence: 99%

Smart Mobility in Smart City

Benevolo

Dameri

D’Auria

2015

Lecture Notes in Information Systems and Organisation

334

129

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“…In this sense, the concept of a smart city has been applied to address the challenges, such as pollution, congestion, and lack of social infrastructure [3][4][5], to make cities more efficient, sustainable, equitable, and livable [6][7][8]. As an aspect of smart cities, the implementation of smart urban mobility [9][10][11], such as promoting public transportation, establishing bike-sharing systems, and restricting the use of cars, can reduce traffic congestion and GHG emissions [12][13][14].…”

Section: Introductionmentioning

confidence: 99%

Life Cycle Assessment of Free-Floating Bike Sharing on Greenhouse Gas Emissions: A Case Study in Nanjing, China

Lai

Zhang

et al. 2021

Applied Sciences

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The free-floating bike sharing (FFBS) system appears in the form of low-carbon transport mode. Life cycle assessment (LCA) is a method to analyze the environmental impact of FFBS but has rarely considered the trip chain if the intermodal transport modes were employed. This paper proposes a mathematical formalization of LCA in response to the trip chain. The environmental benefit of FFBS was analyzed by this method considering the production, use, operation, and disposal phases in Nanjing. An online survey was conducted to analyze the mechanism of modal shift influenced by FFBS. The results showed that most respondents only use FFBS in the trip, with savings of 63.726 g CO2-eq/p·km, mainly shifting from lower-emission modes (28.30% from bus, 14.86% from metro, and 33.97% from non-motorized modes), while the trip mode of connecting public transport with FFBS could better replace the motorized transport trip and generate better low-carbon benefits with savings of 300.718 g CO2-eq/p·km. One FFBS should be used for at least 227 days to generate positive environmental benefits based on the current number of FFBS and the assumption of the utilization of each bike, which is once a day on average. The research results can effectively support the environmental benefit analysis of FFBS, the subsequent planning based on the low-carbon concept, and the implementation of relevant incentive policies.

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“…To deal with it, a smart mobility concept is developed constituting a concept deriving from smart city using ITS (Intelligent Transport System), Smart Mobility, according to Nam (2011), is one of topics on Smart City implementation. However, Arena (2013) states that Smart Mobility is an important topic, impacting some dimensions of smart mobility, a variety of aspects creating citizen's life quality and all potential stakeholders expecting the benefit of Smart City implementation.…”

Section: Introductionmentioning

confidence: 99%

Strategic Issue In Smart Mobility Development In Surakarta

Setyowati¹,

Suryawati²,

Parwiyanto³

2020

Proceedings of the Third International Conference on Social Transformation, Community and Sustainable Development (ICSTCSD 2019

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Keywords:Increased urbanization current and increased vehicle population in urban areas have generated urban transportation challenges. To deal with it, a smart mobility concept is developed constituting a concept deriving from smart city using ITS, a system that can give an opportunity of optimizing and improving the efficiency of urban transportation system. This research aimed to find out and to analyze strategic issues emerging in Smart Mobility Development. The method employed was qualitative research, data collection was conducted using interview method, and data was analyzed using SWOT analysis. The result of SWOT analysis showed the following issues: (1) E-gov application, (2) masterplan development, 3) inter-mode integration development, 4) government aid optimization, 5) between-stakeholder cooperation, 6) transportation facility accessibility, 7) feeder transportation optimization, and 8) policy synchronization.Abstract: Strategic Issue, Smart mobility, ITS

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Smart mobility for sustainability

Abstract: This paper deals with an innovative concept for smart and sustainable urban mobility system. Both technical and economic aspects will be analyzed.

Cited by 17 publications

References 16 publications

Smart Mobility in Smart City

Smart Mobility in Smart City

Life Cycle Assessment of Free-Floating Bike Sharing on Greenhouse Gas Emissions: A Case Study in Nanjing, China

Strategic Issue In Smart Mobility Development In Surakarta

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