A Holistic Approach to Wireless Design Through Physics Based Simulations
System configuration
- Multiple access control
- Frequency resource allocation (OFDMA)
- Uplink/downlink transmission control
- External interference management
- Non-orthogonal access
Channel Models
- Multi-port network models
- Realistic indoor/outdoor channels with SBR+ antenna-to-antenna coupling and field simulation
- Extrinsic (environment) isotropic noise
- Intrinsic (RF chain) noise
- Statistical Propagation Modeling
- Antenna circuit models
- Matching network modelling
- Amplifier modelling
Wireless Post-Processing
- Key performance indicators (sinr,capacity,outage probability, block error probability)
- Receiver architecture (zero-forcing, maximal ratio combining)
- Channel estimation (least-squares, lmmse)
- Large scale parameter extraction (pathloss, shadowing)
- Small scale parameter extraction (impulse response, power delay profile)
- Angular domain channel extraction
SBR+ Automation
- City import from open street maps
- Import hfss arrays via the dynamic link
- Create uniform linear or planar arrays with a specific gain pattern
- Create cellular grid and link base-stations via the dynamic link or choose a specific gain pattern
- Create solutions set-ups for coverage and coupling workflows
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