TABLE I:

Mean, standard deviation and uniformity coefficient (i.e. CV = SD/MEAN) of the phase velocity and viscoelastic parameters μ₁ and μ₂, calculated for the LISA numerical phantoms within the ROIs marked in Figs. 3 and 4. Results in triangular brackets, 〈·〉, present mean error calculated using the true values.

Parameter	Unit	Phantom 1		Phantom 2		Phantom 3
		Mean±SD	CV	Mean±SD	CV	Mean±SD	CV
Vph, filters Off	[m/s]	4.33±0.00 (150 Hz)	0.00	2.05±0.18 (200 Hz)	0.09	1.41±0.11 (150 Hz)	0.08
Vph, filters On	[m/s]	4.33±0.00 (150 Hz)	0.00	2.04±0.05 (200 Hz)	0.02	1.38±0.04 (150 Hz)	0.03
Vph, filters Off	[m/s]	4.74±0.01 (350 Hz)	0.00	2.04±0.27 (300 Hz)	0.13	1.60±0.24 (250 Hz)	0.15
Vph, filters On	[m/s]	4.72±0.03 (350 Hz)	0.01	2.11±0.02 (300 Hz)	0.01	1.45±0.04 (250 Hz)	0.03
Vph, filters Off	[m/s]	7.07±0.35 (550 Hz)	0.05	10.02±6.42 (400 Hz)	0.64	2.87±1.23 (350 Hz)	0.43
Vph, filters On	[m/s]	4.67±0.04 (550 Hz)	0.01	2.28±0.06 (400 Hz)	0.03	1.61±0.09 (350 Hz)	0.06
μ1, LPVI*	[kPa]	19.27±0.28 (4.83)	0.01	3.39±0.23 (0.05)	0.07	1.71±0.09 (0.23)	0.05
μ1, ${\mathcal{F}}_{2D}$	[kPa]	17.39 (2.93)	-	3.24 (0.10)		1.63 (0.15)	-
μ2, LPVI*	[Pa·s]	3.56±0.18 (0.56)	0.05	1.28±0.11 (0.03)	0.09	0.75±0.12 (0.00)	0.16
μ2, ${\mathcal{F}}_{2D}$	[Pa·s]	2.95 (0.05)	-	1.26 (0.01)	-	0.75 (0.00)	-

^*results for LPVI with adopted bandpass filters. LPVI without applying wavenumber and directional filters are not presented because, the nonlinear least-squares function was unable to solve this problem.