- Combined Urban/Indoor Propagation
Calculate propagation in a combined urban and indoor scenario.
- Indoor with IRT
Compute indoor propagation in a single-story and multi-story building using a 3D intelligent ray tracing (IRT).
- Indoor with DPM
Compute the indoor propagation in a multi-floor building using the dominant path model (DPM).
- Indoor with SRT
Compute transmission, reflection, and diffraction effects in a single floor building.
- Indoor with Multi-Wall
Compute path and transmission losses in a multi-floor building.
- Rural, ITU P.1546
Calculate propagation in a rural scenario for the ITU P.1546 standard.
- Rural, DTR
Calculate propagation in a rural scenario using the deterministic two ray model (DTR).
- Hilly Terrain, Two Ray Empirical
Calculate propagation in a hilly terrain using the empirical two-ray model (ETR).
- Urban, COST 231
Calculate urban propagation using the COST 231 - extended Walfisch-Ikegami model.
- Urban, DPM
Calculate urban propagation using the dominant path model (DPM).
- Rural, DPM
Calculate rural propagation using the dominant path model (DPM).
- Rural, Hata-Okumura
Calculate rural propagation using the Hata-Okumura model.
- Urban, IRT
Calculate urban propagation using the rigorous 3D intelligent ray tracing model (IRT).
- Rural, Ray Tracing
Calculate propagation in a rural scenario using rural ray tracing (RRT).
- Surface Prediction Using IRT
Calculate propagation along non-horizontal prediction planes.
- Tunnel Example
Create and solve propagation inside tunnels with WinProp.
