Modified multiple-component scattering power decomposition for PolSAR data based on eigenspace of coherency matrix

Table 1. Scattering power in zone1 for $〈T〉$ (%)
View table
View in Article
Table 1. Scattering power in zone1 for $〈T〉$ (%)
Method
Powers
FDD Y4D 7SD PD
$m_{s}$ 91.62 94.21 91.85 93.64
$m_{d}$ 0.01 0.18 0.25 0.95
$m_{v}$ 8.36 3.02 7.91 2.60
$m_{h}$ —— 2.59 0 0.28
$m_{m d}$ —— —— 0 0.10
$m_{o d}$ —— —— 0 1.16
$m_{c d}$ —— —— 0 1.26

Table 2. Scattering power in zone2 for $〈T〉$ (%)
View table
View in Article
Table 2. Scattering power in zone2 for $〈T〉$ (%)
Method
Powers
FDD Y4D 7SD PD
$m_{s}$ 13.21 30.41 25.81 32.90
$m_{d}$ 35.41 37.82 32.75 40.51
$m_{v}$ 51.38 26.50 6.51 7.03
$m_{h}$ —— 5.27 3.59 1.95
$m_{m d}$ —— —— 18.36 8.98
$m_{o d}$ —— —— 9.98 5.78
$m_{c d}$ —— —— 3.02 2.85

Table 3. Scattering power in zone3 for $〈T〉$ (%)
View table
View in Article
Table 3. Scattering power in zone3 for $〈T〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 3.15 7.09 15.97 2.96
$m_{d}$ 7.07 9.14 15.17 6.53
$m_{v}$ 89.77 79.12 44.92 90.41
$m_{h}$ —— 4.65 4.46 0.02
$m_{m d}$ —— —— 5.38 0.02
$m_{o d}$ —— —— 7.11 0.02
$m_{c d}$ —— —— 6.99 0.04

Table 4. Scattering power in zone1 for $〈T (θ)〉$ (%)
View table
View in Article
Table 4. Scattering power in zone1 for $〈T (θ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 92.07 94.67 92.26 93.96
$m_{d}$ 0.07 0.15 0.29 1.00
$m_{v}$ 7.91 2.61 7.44 2.34
$m_{h}$ —— 2.57 0 0.34
$m_{o d}$ —— —— 0 0.64
$m_{c d}$ —— —— 0 1.73

Table 5. Scattering power in zone2 for $〈T (θ)〉$ (%)
View table
View in Article
Table 5. Scattering power in zone2 for $〈T (θ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 19.58 34.61 28.45 31.04
$m_{d}$ 43.35 43.37 47.51 50.06
$m_{v}$ 37.08 17.03 3.39 4.89
$m_{h}$ —— 4.99 4.80 2.80
$m_{o d}$ —— —— 10.14 7.27
$m_{c d}$ —— —— 5.71 3.94

Table 6. Scattering power in zone3 for $〈T (θ)〉$ (%)
View table
View in Article
Table 6. Scattering power in zone3 for $〈T (θ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 3.79 9.06 13.58 4.49
$m_{d}$ 10.14 12.60 19.46 6.84
$m_{v}$ 86.07 73.69 48.26 88.58
$m_{h}$ —— 4.65 4.59 0.02
$m_{o d}$ —— —— 7.83 0.02
$m_{c d}$ —— —— 6.29 0.05

Table 7. Scattering power in zone1 for $〈T (φ)〉$ (%)
View table
View in Article
Table 7. Scattering power in zone1 for $〈T (φ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 94.08 93.95 94.52 95.17
$m_{d}$ 0.19 0.67 1.01 1.33
$m_{v}$ 5.74 5.38 3.45 1.34
$m_{o d}$ —— —— 0.62 1.33
$m_{c d}$ —— —— 0.41 0.82

Table 8. Scattering power in zone2 for $〈T (φ)〉$ (%)
View table
View in Article
Table 8. Scattering power in zone2 for $〈T (φ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 20.15 32.73 29.26 30.04
$m_{d}$ 43.93 45.83 50.19 51.77
$m_{v}$ 35.92 21.44 4.62 5.23
$m_{o d}$ —— —— 10.11 8.36
$m_{c d}$ —— —— 5.81 4.60

Table 9. Scattering power in zone3 for $〈T (φ)〉$ (%)
View table
View in Article
Table 9. Scattering power in zone3 for $〈T (φ)〉$ (%)
Method Powers FDD Y4D 7SD PD
$m_{s}$ 4.34 8.05 10.55 5.31
$m_{d}$ 12.13 14.86 21.01 7.31
$m_{v}$ 83.53 77.09 54.86 87.30
$m_{o d}$ —— —— 7.29 0.02
$m_{c d}$ —— —— 6.29 0.05

Tools

Get Citation

Copy Citation Text

Shuang ZHANG, Lu WANG, Wen-Qing WANG. Modified multiple-component scattering power decomposition for PolSAR data based on eigenspace of coherency matrix[J]. Journal of Infrared and Millimeter Waves, 2024, 43(4): 572

Download Citation

EndNote(RIS)BibTex Plain Text

Set citation alerts for article

Save article for my favorites