Research Article
Radio Network Forensic with mmWave Using the Dominant Path Algorithm
| Parameter | Description | Unit value |
| Number of floors | 3 | Cable losses (dBm) | 3 | Ray tracing method | Close-in | Propagation model | Full 3D | Coupling losses (dB) | 70 | Operating frequency | mmWave | 28 and 60 GHz | Layout | Complex | LoS/NLoS | Fading | Model | Rayleigh | Cell structure | Hex (grid) | 1 | Building’s wall | Length (m) | 2.8 | Width (m) | 0.1 | Base station | Transmitting power (dBm) | 21.0 | Height (m) | 25.1 | Pattern | Dipole | Bandwidth (GHz) | 0.1 | Obstacle | Enabled | Polarization | Latitude | User terminal | Receiving power loss (dBm) | 2 | Longitude (m) | 2.7 | Pattern | Omni | Bandwidth (GHz) | 0.1 | Obstacle | Enabled | Polarization | Longitude/latitude |
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