Radio Network Forensic with mmWave Using the Dominant Path Algorithm

Table 1

Recent studies.

Reference	Model used	Geometry	Scenario	Antenna pattern	Frequency (GHz)	Tx-Rx (m)
[10]	Emp.	NLoS	Suburban	Direct	28	Unspecified
[11]	RT	NLoS	Opened	Unspecified	Unspecified	Unspecified
			Squared
[12]	Emp.	LoS/NLoS	Indoor	Direct	19, 28, 38	18
[13]	Emp.	LoS/NLoS	Indoor	Omni	3.5	20
[14]	Emp.	LoS	Outdoor	Direct./Omni	3.5	450
[15]	Emp.	LoS/NLoS	Outdoor	Horn/Omni	28, 38	30
			Campus
[16]	Emp.	LoS/NLoS	Indoor	Omni	40	3
[17]	RT	LoS/NLoS	Indoor	Horn	60	Unspecified
[18]	Emp.	NLoS	I2O	Dipole	19, 28, 38	13.5
[19]	Emp.	LoS/NLoS	Indoor	Horn	3.5, 28	20
[20]	Emp.	LoS/NLoS	Indoor	Horn	3.5	20
[21]	Emp.	LoS/NLoS	Indoor	Omni	310, 350, 390	0.7
[22]	Emp.	LoS/NLoS	Outdoor	Horn	38	50
[23]	Emp.	LoS	Indoor	Omni	25.5, 38,37.5, 39.5	8.5
[24]	Emp.	LoS	Indoor	Omni	2.4, 3.52,5.8	4
[25]	Emp.	LoS	Outdoor	Direct	Unspecified	28
[26]	RT	LoS/NLoS	Opened	Unspecified	Unspecified	Unspecified
			Squared
[27]	RT	LoS	Indoor	Isotropic	28	Unspecified
[28]	7 RT	LoS/NLoS	Indoor	Omni	28	Unspecified
[29]	RT	LoS/NLoS	Outdoor	Omni	28	Unspecified
[30]	Emp. and RT	LoS	Indoor	Emp. Horn	28	22.7
				3D Direct.
[31]	3D RT	LoS/NLoS	Outdoor	Dipole	28	488
This study	3D RT	LoS/NLoS	Outdoor	Omni/Horn	28, 60	See Tables 3 and 4
			Campus