Radio Network Forensic with mmWave Using the Dominant Path Algorithm

Table 2

Simulation setup.

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