5G-ROUTES: D1.1 Use-Cases scenarios specs target KPIs for 5G for CAM

This report provides a representative set of detailed use case scenarios for Connected and Automated Mobility (CAM) with appropriate requirements to be tested and validated both in lab and in large-scale field trials across borders. The document summarizes the work done by the partners to define use cases, scenarios and KPIs applicable to 5G Connected and Automated Mobility trials. 5G-ROUTES stakeholders come from different companies and have a different background and interest in the project. We have first analysed their characteristics and identified 4 categories of stakeholders: The telecom category contains large telecom manufacturers and operators; within the transport category, railway operators are supporting future railway mobile communications system (FRMCS); Several SMEs, Research institutes and universities bring their expertise on specific domains. 5G will extend the range of services offered by mobile telecom systems. Three directions have been identified by ITU-R: massive Machine Type Communications, Ultra Reliable Low Latency Communications and enhanced Mobile BroadBand communication. We have detailed the multilayer architecture of a 5G radio access network and some key features of the core network as Mobile Edge Computing, Network Slicing and roaming. Finally, we described typical satellite communication systems and detailed the performance of different 4G, 5G, satellite and 5G-ROUTES experimental network. Several use cases of CAM using 5G networks have been identified in the 5G-ROUTES project. We have identified key aspects of these use cases and filed them in 3 main categories: The mMTC category groups messaging applications which involve a large number of devices; the URLLC category groups real time applications with strong delay constraints; the eMBB category groups use cases which require high data rates. These use cases and their requirements are further described in more details, as well as the corresponding scenarios. The work carried out showed that the performances of 5G networks are sufficient but necessary to support our use cases; it shows also that the selected use cases exploit all the possibilities of 5G networks. This document is the initial version of the CAM use cases and will be updated by month M10