During the project various deliverables, papers and presentations will be published in this section.
Deliverables
- Levitate Final Technical Report
- LEVITATE Dissemination strategy (D2.1)
- LEVITATE project leaflet (D2.2)
- LEVITATE Initial exploitation plan (D2.3)
- Intermediate exploitation plan (D2.4)
- Intermediate report on innovation & business model development (D2.5)
- Policy Support Tool user guide (D2.6)
- LEVITATE Policy Recommendations Brochure (D2.7)
- A taxonomy of potential impacts of connected and automated vehicles at different levels of implementation (D3.1)
- Methods for forecasting the impacts of connected and automated vehicles (D3.2)
- Converting impacts of CAVs to monetary terms (D3.3)
- Methods for cost-benefit analysis to support decision making (D3.4)
- Definition of Quantified Policy Goals (D4.1)
- Definition of Desirable Scenarios (D4.2)
- Feasible paths of interventions (D4.3)
- Detailed list of forecast scenarios, applicable forecasting methodologies and necessary output variables (D4.4)
- Defining the future of urban transport (D5.1)
- Short term impacts of CCAM in urban transport (D5.2)
- Medium term impacts of CCAM in urban transport (D5.3)
- Long term impacts of CCAM in urban transport (D5.4)
- Guidelines and recommendations for future policy of automated urban transport (D5.5)
- Defining the future of passenger car transport (D6.1)
- Short-term impacts of CCAM on passenger transport (D6.2)
- Medium term impacts of CCAM on passenger transport (D6.3)
- Long-term impacts of CCAM on passenger transport (D6.4)
- Guidelines and recommendations for future policy of cooperative and automated passenger transport (D6.5)
- Defining the future of freight transport (D7.1)
- Short term impacts of CCAM on freight transport (D7.2)
- Medium term impacts of CCAM on freight transport (D7.3)
- Long term impacts of cooperative, connected and automated mobility on freight transport (D7.4)
- Guidelines and recommendations for future policy of cooperative and automated freight transport (D7.5)
- Integration of outputs of WP4-7 (D8.1)
- Development of a decision support tool for the assessment of the impacts of CATS final (D8.2)
- Application of the Decision Support Tool on Selected Use Cases (D8.3)
- Policy Recommendations (D8.4)
Papers/articles
- Quantifying the implementation impacts of a point to point automated urban shuttle service in a large-scale network
- Forecasting impacts of Connected and Automated Transport Systems within the LEVITATE project
- Impacts of autonomous transit services on urban networks: The case of Athens, Greece
- Marian Ralbovsky, Alois Vorwagner, Maciej Kwapisz. How truck-platooning changes the extreme values of load-effects in single-span bridges (IABSE Symposium 2022)
- Synopsis of wider impacts of Cooperative, Connected, and Automated Mobility (2022)
- Social contagion when driving among automated vehicles – a driving simulator study (2022)
- Road safety related impacts within the LEVITATE project (December 2021)
- Journal of Transportation Security (November 2021)
Risk analysis for forecasting cyberattacks against connected and autonomous vehicles - Transportation Letters (November 2021)
Impacts of autonomous on-demand mobility service: A simulation experiment in the City of Athens - Transport Policy (October 2021)
- LEVITATE: applying mesoscopic activity chain simulation
- LEVITATE: Road safety impacts of Connected and Automated Vehicles
- LEVITATE: Delphi Method
- Monetary impacts of connected and automated vehicles
- Backcasting City Dialogues: Feasible paths of interventions
- Danish Journal of Transportation Research (January 2021)
Can the impacts of connected and automated vehicles be predicted? - Automated freight transport
- Passenger cars microsimulation sub-use cases findings
- Automated urban transport simulation in Athens
- Economics of Transportation (September 2020)
The demand for automated vehicles: A synthesis of willingness-to-pay surveys