Characteristics of the polarised off-body channel in indoor environments

Turbic, Kenan; Ambroziak, Slawomir J.; Correia, Luis M.

doi:10.1186/s13638-017-0956-6

EURASIP Journal on Wireless Communications and Networking

Table 7 Overview of distribution fitting for multipath component in XP channel, scenario S7 (\( {\chi}_{\mathrm{crit}}^2 \) is 27.59 for Rayleigh distribution and 28.87 for others)

From: Characteristics of the polarised off-body channel in indoor environments

Scenario	Body	xLoS	Sample	Distribution	Parameters	LogLH	χ ²	\( {\boldsymbol{\chi}}_{\mathbf{crit}}^{\mathbf{2}} \)	AIC	Correlation
S6	B1	LoS	1800	Rice	s _Rice = 0.455, σ_Rice = 0.921	− 1711.22	216.43	27.59	3426.45	0.82
				Nakagami	m = 0.907, Ω = 1.904	− 1705.57	201.53	27.59	3415.15	0.84
				Rayleigh	σ_Ray = 0.976	− 1711.35	216.29	28.87	3424.70	0.82
		NLoS		Rice	s _Rice = 0.049, σ_Rice = 0.971	− 1697.73	85.45	27.59	3399.46	0.99
				Nakagami	m = 0.917, Ω = 1.889	− 1693.15	75.46	27.59	3390.31	0.99
				Rayleigh	σ_Ray = 0.972	− 1697.73	85.50	28.87	3397.45	0.99
		QLoS		Rice	s _Rice = 0.888, σ_Rice = 0.639	− 1383.47	32.19	27.59	2770.95	0.99
				Nakagami	m = 1.196, Ω = 1.605	− 1386.61	42.77	27.59	2777.23	0.98
				Rayleigh	σ_Ray = 0.896	− 1403.81	73.81	28.87	2809.63	0.96
	B2	LoS		Rice	s _Rice = 0.778, σ_Rice = 0.771	− 1598.39	48.44	27.59	3200.79	0.97
				Nakagami	m = 0.9897, Ω = 1.793	− 1603.37	56.50	27.59	3210.75	0.97
				Rayleigh	σ_Ray = 0.947	− 1603.44	56.60	28.87	3208.87	0.97
		NLoS		Rice	s _Rice = 0.103, σ_Rice = 0.940	− 1588.98	57.31	27.59	3181.96	0.98
				Nakagami	m = 1.002, Ω = 1.779	− 1588.97	57.40	27.59	3181.95	0.98
				Rayleigh	σ_Ray = 0.943	−1588.97	57.32	28.87	3179.95	0.98
		QLoS		Rice	s _Rice = 0.079, σ_Rice = 0.942	− 1591.67	49.95	27.59	3187.35	0.98
				Nakagami	m = 0.9997, Ω = 1.781	− 1591.67	49.95	27.59	3187.35	0.98
				Rayleigh	σ_Ray = 0.944	− 1591.67	49.95	28.87	3185.34	0.98
S7	B1	LoS	346	Rice	s _Rice = 0.85, σ_Rice = 0.67	− 265.85	10.36	27.59	535.73	0.98
				Nakagami	m = 1.24, Ω = 1.61	− 263.29	5.86	27.59	530.62	0.99
				Rayleigh	σ_Ray = 0.9	− 267.92	15.45	28.87	537.85	0.98
		NLoS	390	Rice	s _Rice = 0.05, σ_Rice = 0.95	− 345.37	9.98	27.59	694.77	0.97
				Nakagami	m = 1.01, Ω = 1.79	− 345.36	10.00	27.59	694.76	0.97
				Rayleigh	σ_Ray = 0.95	− 345.37	9.97	28.87	692.75	0.97
	B2	LoS	423	Rice	s _Rice = 0.95, σ_Rice = 0.52	− 269.09	43.52	27.59	542.20	0.93
				Nakagami	m = 1.53, Ω = 1.45	− 263.42	30.09	27.59	530.88	0.95
				Rayleigh	σ_Ray = 0.85	− 284.19	66.58	28.87	570.39	0.88
		NLoS	442	Rice	s _Rice = 0.91, σ_Rice = 0.58	− 306.73	8.60	27.59	617.48	0.98
				Nakagami	m = 1.35, Ω = 1.49	− 303.68	6.96	27.59	611.39	0.98
				Rayleigh	σ_Ray = 0.86	− 315.20	29.42	28.87	632.41	0.95

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