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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, σRice = 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 σRay = 0.976 − 1711.35 216.29 28.87 3424.70 0.82
NLoS Rice s Rice = 0.049, σRice = 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 σRay = 0.972 − 1697.73 85.50 28.87 3397.45 0.99
QLoS Rice s Rice = 0.888, σRice = 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 σRay = 0.896 − 1403.81 73.81 28.87 2809.63 0.96
B2 LoS Rice s Rice = 0.778, σRice = 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 σRay = 0.947 − 1603.44 56.60 28.87 3208.87 0.97
NLoS Rice s Rice = 0.103, σRice = 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 σRay = 0.943 −1588.97 57.32 28.87 3179.95 0.98
QLoS Rice s Rice = 0.079, σRice = 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 σRay = 0.944 − 1591.67 49.95 28.87 3185.34 0.98
S7 B1 LoS 346 Rice s Rice = 0.85, σRice = 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 σRay = 0.9 − 267.92 15.45 28.87 537.85 0.98
NLoS 390 Rice s Rice = 0.05, σRice = 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 σRay = 0.95 − 345.37 9.97 28.87 692.75 0.97
B2 LoS 423 Rice s Rice = 0.95, σRice = 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 σRay = 0.85 − 284.19 66.58 28.87 570.39 0.88
NLoS 442 Rice s Rice = 0.91, σRice = 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 σRay = 0.86 − 315.20 29.42 28.87 632.41 0.95