CORDIS

A report on the roadmap for transferability of results from the development and testing of the SocialCar concept at European level, incorporating analysis of market drivers and barriers.

Report on analysis for risk management and intended management procedures, disclosure of QA procedures and assessment, compliance to ethics and data privacy directives and legislation, where appropriate (knowledge and data storage, anonymity, etc.). It includes Toolkit for project management.

A paper setting research priorities as well as possible solutions and targets to achieve by 2030. The paper constitutes a key document for the SocialCar Innovation management.

Compendium of customized exploitable local strategies and campaigns adopted by the project sites

The deliverable aims at providing a critical overview of existing intelligent systems for carpooling and transport information by a user cantered perspective (analysing results of Task 1.2, 1.3 and 1.4 according to Task 1.1 design).

This report will define the common business and investment strategy for SocialCar, verifing the market expansion strategies proposed by the project with potential stakeholder investors and business planning experts

Dissemination and exploitation plan revealing the strategic and tactical pursuit of a SocialCar “ripple effect” within and beyond the project affiliated circles

This report will presents the work performed by the external influencers board (PB and ICB) ensuring the SocialCar system in being open with the most advanced market innovation into the project sector, proving the adaptability of the project to the emerging innovation services and tools

This report will presents the work performed by the external influencers board (PB and ICB) ensuring the SocialCar system in being open with the most advanced market innovation into the project sector, proving the adaptability of the project to the emerging innovation services and tools

The second and final version of the roadmap for transferability of results from the development and testing of the SocialCar concept at European level, incorporating analysis of market drivers and barriers.

This report includes an extensive business analysis, best practice and practical intelligence that has emerged from developing the city strategies, by considering the the extendability of the project solution within the project sites and the transferability of the solutions identified to new EU cities.

Report on analysis for risk management and intended management procedures, disclosure of QA procedures and assessment, compliance to ethics and data privacy directives and legislation, where appropriate (knowledge and data storage, anonymity, etc.). It includes Toolkit for project management.

This report will presents the work performed by the external influencers board (PB and ICB) ensuring the SocialCar system in being open with the most advanced market innovation into the project sector, proving the adaptability of the project to the emerging innovation services and tools

This report will present the logical and technical design for each SocialCar sub-system to be defined. architecture of the SocialCar system, including the user functionalities

WEB Award on “Best business idea on SocialCar usage”; brochure “Business strategy for long-term sustainability”

Dissemination and exploitation plan revealing the strategic and tactical pursuit of a SocialCar “ripple effect” within and beyond the project affiliated circles

Market research about transport data for travel assistance services (moving from the baseline presented in D7.1); Research on current strategies and practices related to user data elaborations; Identification of a governance model for future emerging services

WEB Award on “Best business idea on SocialCar usage”; brochure “Business strategy for long-term sustainability”

A paper capitalizing the SocialCar experience. The paper demonstrates how new ideas, new research and innovations performed in SocialCar will be practically used by project partners to realize new products, techniques or solutions answering the next cities challenges. It includes the explitation plans of the SocialCar partners.

The deliverable will identify user requirements of SocialCar taking into account specific needs of SocialCar sites to cope with potential local barriers (Task.1.5)

This report includes the customised guidelines each site is expected to follow to implement an harmonised (at project level) communication and dissemination campaign of local and project results.

This deliverable, in the form of a detailed report, provides a thorough documentation on the risk assessment methodology that was applied to SocialCar. Moreover, the results of risk assessment methodology is outlined in detail. Both project and systemic risks are included and classified as technical, behavioural, organizational and legal.

Update of the SocialCar system (and App) according to the results of the users real test (Test C). This new version will add the following features: i) Improved driving itinerary definition; ii) Automatic trip recording; iii) Interactive and geolocalised ride matching mechanisms; iv) OSM stops (for Android only); v) PT and carpooling data exchange protocol improvement

Deliverable D4.2 encompasses the prototype implementation of the SocialCar data communication interfaces and protocols, as well as the corresponding API that will allow for integration of third-party data providers at the pilot sites.

This deliverable lists the available data sources to be used in the project, provided by the test sites. The data are mapped onto the data model defined in D4 and organised in a database and made available for further processing by the algorithms through a specific API.

This report will presents the work performed by the external influencers board (PB and ICB) ensuring the SocialCar system in being open with the most advanced market innovation into the project sector, proving the adaptability of the project to the emerging innovation services and tools

This deliverable lists the available data sources to be used in the project, provided by the test sites. The data are mapped onto the data model defined in D3 and organised in a database and made available for further processing by the algorithms through a specific API.

This deliverable is composed of a report and of a software component. The report describes the algorithms that allow the online & time dependent calculation of the best transport option between origin and destination based on the integrated availability of public and private (car-pooling) transport options. The DEL also provides a software component where the implementation of the routing algorithms are made available to T 4.4.

This report will present the security components of the SocialCar system, by designing them, preseting logical and technical architecture with respect to proper and secure user profiling as well as secure user payment and billing transactions.

This deliverable consists of the integrated SocialCar solutions and services (including the SocialCar App). It includes the operational and tested end-user applications, along with the interconnected SocialCar back-end services. One part of the deliverable contains the documentation of the testing and validation strategies that were adopted in the project.

This report will present the security components of the SocialCar system, by designing them, preseting logical and technical architecture with respect to proper and secure user profiling as well as secure user payment and billing transactions.

This deliverable contains the data model for the SocialCar platform. It represents a multilayer temporal network for both public and private transport. It integrates the representation of car pooling services. It fit and position users in motion and users, characterising their transport demand, and also including information about their reliability and trust in the use and provision of car pooling services. The deliverable also contains the algorithms to be used in the SocialCar platform. It describes the dynamic route planning, ride matching, tracking and destination tagging algorithms. It defines the algorithms to measure and update user reputation and the reward and incentive mechanisms. The deliverable is first released at month 9 and it is finalised at month 30.

This deliverable contains the data model for the SocialCar platform. It represents a multilayer temporal network for both public and private transport. It integrates the representation of car pooling services. It fit and position users in motion and users, characterizing their transport demand, and also including information about their reliability and trust in the use and provision of car pooling services. The deliverable also contains the algorithms to be used in the SocialCar platform. It describes the dynamic route planning, ride matching, tracking and destination tagging algorithms. It defines the algorithms to measure and update user reputation and the reward and incentive mechanisms. The deliverable is first released at month 9 and it is finalised at month 30.

This deliverable includes the test operations at the 10 sites and the integrated evaluation results.

This deliverable includes the test operations at the 10 sites and the integrated evaluation results.

This deliverable includes the test operations at the 10 sites and the integrated evaluation results.

This report will describe the inception of the planned test within each city, including among others, the type and the location of the experiment, which kind of test which will be implemented by the cities (among the existing levels), data and stakeholders involved into the experiment and the KPI that will be used to measure the performance of the experiment.

This includes the branding and design policies defining a consistent appearance of all SocialCar communication means, from the logo to the standard material templates (ppt, deliverable, etc.)

Challenges and opportunities in deploying a mobility platform integrating public transport and car-pooling services

Author(s): M. Derboni, A.E. Rizzoli, R. Montemanni, J. Jamal, N. Kovacs, F. Cellina

Published in: Proceedings of the Swiss Transport Research Conference 2018, 2018

Public acceptance of SocialCar, a new mobility platform integrating public transport and car-pooling services: insights from a survey in five European cities’

Author(s): Steve Wright, Francesca Cellina, Maria Bulgheroni, Fabio Cartolano, Luca Lucietti, Patrick van Egmond, Luc van Wijngaarden

Published in: Transportation Research Procedia, 2018, ISSN 2352-1465

Integration vs. fragmentation: alternative tactics of local mobility businesses in response to a global wave of market disruptions

Author(s): Vassilen Iotzov Fabio Cartolano Tim Durant

Published in: Proceedings of the Transport Research Arena, 2018, 2018

A Maintainable and Secure Backend Infrastructure for Carpooling Applications

Author(s): D. Tsoukalas, A. Salamanis, D. Kehagias, D. Tzovaras

Published in: Proceedings of the Transport Research Arena, 2018, 2018

Smart Mobility Combining Public Transport with Carpooling: An iOS Application Paradigm’ in the 16th IEEE International Conference on Smart City

Author(s): Kostas Kalogirou, Nikos Dimokas, Maria Tsami, Dionysis Kehagias

Published in: The 16th IEEE International Conference on Smart City (SmartCity-2018, Issue 28-30/06/2018, 2018

A mobile application for multimodal trip planning

Author(s): Nikos Dimokas, Kostas Kalogirou, Pavlos Spanidis, Dionysis Kehagias

Published in: The 9th International Conference on Information, Intelligence, Systems and Applications, 2018

Author(s): Jafar Jamal, Roberto Montemanni, David Huber, Marco Derboni, Andrea E. Rizzoli

Published in: Journal of Traffic and Logistics Engineering, 2017, ISSN 2301-3680

DOI: 10.18178/jtle.5.2.68-72

Development of the SocialCar journey planning tool: drivers and barriers

Author(s): Steve D. Wright, John D. Nelson , Caitlin D. Cottrill

Published in: IET Intelligent Transport Systems Impact factor:0.843 5-year Impact Factor: 1.109, 2017, ISSN 1751-9578

Author(s): J. Jamal, A.E. Rizzoli, R. Montemanni, D. Huber

Published in: MATEC Web of Conferences, Issue 81, 2016, Page(s) 04010, ISSN 2261-236X

DOI: 10.1051/matecconf/20168104010