Full Physics Radar Sensor (L3)

Optional Features

Access to the most advanced and realistic Physics based Radar models developed in collaboration with OKTAL-SE, fully integrated in SCANeR studio.

Benefits from the proven EM solver capabilities:

  • EM interactions (masking, shadowing, coupling of targets)
  • Multiple paths phenomena
  • Scattering computation using Physical Optics (PO)
  • Multiple reflections computation using Geometrical Optics (GO)
  • Clutter model based on textures (for details)

At Level 3:

  • Delivers RAW data to enable real signal processing integration
  • Produces Range-doppler maps

Radar model configuration can be parametrized through the GUI: Spot or Array emission and reception antennas, aperture, polarization, Doppler parameters, output signal selection, etc.

Create scenario with pre-characterized terrain, vehicles and object resources.

Execute complex scenarios and define how output data should be produced and accessed.

The radar L3 model is a rich and complete pack that includes additional tools to build, customize and analyze EM simulation. Additional included tools are:

Full Physics Radar sensor module: L3
Parameters
  • Radar:
    • Frequency
    • Aperture
    • Resolution
    • Emission and reception antennas: type (Generic, Gaussian, Diagram), polarization
  • Computation:
    • Ray tracing sampling grid
    • Subdivision criteria
    • Range doppler map parameters: dynamic range, domain and distance sampling, Doppler and velocity sampling
  • Debug option
Outputs
  • Raw data: EM Fields (amplitude, phase) in range gates
  • Range doppler map:
    • Display
    • Direct access in memory
    • Video and images
Included simulation modules
  • SENSOROSE
Prerequisites
  • Physicalized scene and actors
  • NVIDIA Graphic card
Limitations
  • Does not support MIMO Radar