Monaco SUMO Traffic (MoST) Scenario: A 3D Mobility Scenario for Cooperative ITS

Cooperative Intelligent Transportation Systems (C-ITS) are a viable solution when it

comes to the optimization of the ever-growing population moving in the cities. C-ITS

studies have to deal with telecommunications issues and location errors due to the urban

environment, while keeping into account realistic mobility patterns. A detailed and state

of the art scenario is complex to generate and validate. There is a trade-off between

precision and scalability. Additionally, precise information may be problematic to obtain

or use due to privacy issues. There are some general-purpose freely-available scenarios,

but none of them provides a 3D environment with intermodal traffic. Nonetheless, the 3D

environment is a requirement to have reliable C-ITS simulations in a realistic setting, and

the importance of intermodal mobility cannot be overlooked in planning the future of smart cities. The Monaco SUMO Traffic (MoST) Scenario aims to provide a state of the art 3D playground with various kind of vehicles, vulnerable road users and public transports to test C-ITS solutions. This paper presents the data requirements, characteristics, possible use cases, and nally, the limitations of MoST Scenario.