• SIRADEL 5G Simulation Framework is interfaced with S_5GChannel in order to define and drive the dynamic prediction. It allows to build dynamic scenarios and predict the time-varying propagation channel. 
  
• The scenario and the propagation channel properties are dynamically updated (moving access points & changing environment) based on the 5G simulation framework function

• Smart City Explorer, by SIRADEL. Downtown Manhattan, Newyork, NY, USA (top (Google Maps), bottom (Siradel)

Volcano Urban

• Large-scale scenarios : 3D propagation, Several km², Large multi-BS coverage maps
• Environments : Outdoor, O-I(statistical)
• Geo data : 3D-City (LOD1), LiDAR point cloud
• Multi-paths : Reflection, Diffraction, Scattering, Penetration Loss

Flex

• Small-scale scenarios: 3D propagation, From indoor to small district areas
• Environments : Indoor, O-I , Outdoor
• Geo data : 3D building model in LOD4 (DXF format), possibly completed with City LOD1
• Multi-paths : Reflection, Diffraction, Scattering, Penetration Loss

5G Channel prediction results for kinematic vehicle scenario, downtown Manhattan, New York, NY, USA