Table 3 Descriptions of the 29 perturbations assessed.
Number | Type | Perturbation | Description |
|---|---|---|---|
1 | N | N | AWGN |
15 | V | \(v_s-v_z\) | 15 voxel-sizes by combining \(v_s^s\), \(v_s^M\), \(v_s^l\) with \(v_z\) in [1, 5] |
1 | V | Global assessment of the all 15 voxel-sizes | |
1 | \(v_s^s\) | Resolution \(v_s^s\) kept fixed and \(v_z\) in [1, 5] | |
1 | \(v_s^M\) | Resolution \(v_s^M\) kept fixed and \(v_z\) in [1, 5] | |
1 | \(v_s^l\) | Resolution \(v_s^l\) kept fixed and \(v_z\) in [1, 5] | |
1 | Z1 | Resolution \(v_z=1\) kept fixed for all \(v_s^s\), \(v_s^M\), \(v_s^l\) | |
1 | Z2 | Resolution \(v_z=2\) kept fixed for all \(v_s^s\), \(v_s^M\), \(v_s^l\) | |
1 | Z3 | Resolution \(v_z=3\) kept fixed for all \(v_s^s\), \(v_s^M\), \(v_s^l\) | |
1 | Z4 | Resolution \(v_z=4\) kept fixed for all \(v_s^s\), \(v_s^M\), \(v_s^l\) | |
1 | Z5 | Resolution \(v_z=5\) kept fixed for all \(v_s^s\), \(v_s^M\), \(v_s^l\) | |
4 | R | R+10 | Dilation, volume variation equals to +10% |
R-10 | Erosion, volume variation equals to -10% | ||
R-15 | Erosion, volume variation equals to -15% | ||
R-20 | Erosion, volume variation equals to -20% |
