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Picture
  • 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
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  • Smart City Explorer, by SIRADEL. Downtown Manhattan, Newyork, NY, USA (top (Google Maps), bottom (Siradel)
Picture
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
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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
  • Home
  • Team
  • Projects
  • Research Facility
    • Sensors and Systems >
      • GNSS Receivers
      • Inertial Measurement Units
      • INS/GNSS Integrated Systems
      • Perception Systems
      • Road Test Setup
      • Drones
      • Husky UGV
    • Spirent GNSS Simulation
    • Siradel 5G simulation Environment
    • Wireless Indoor Positioning
    • National Instruments Tools
    • Data
  • Collaborators
    • Academia
    • Industry & Government
  • Publications
    • Books
    • Journal Papers
    • Conference Papers
    • Patents
  • Professional Services
  • Awards
  • Contact
  • Gallery