|
| Method(s) | Parameters |
|
| DsFlsminsi and DsFlsmv [5, 22] | Window size = 5 × 5; iterations = 2, also with 3 × 3, 7 × 7, and 9 × 9 |
| FBL [20] | Width of spatial Gaussian = 10; width of range Gaussian = 20 |
| Fuzzy filter [21, 24] | Window size = 3 × 3; padding, also with 5 × 5, 7 × 7, and 9 × 9 |
| FIF/HFIF and FBF/HFBF [21, 24] | = 500, with order = 2, also with = 100 and 1000 |
| HDWT and HDTDWT [3] | Window size = 3 × 3; level = 2 |
| DsFhomog [5, 22] | Window = 3 × 3 |
| OBNLM [4, 14] | Search area = 23 × 23; block size = 15 × 15; smoothing value = 0.4 |
| Lee, Kaun, and Frost [1, 37] | Window size = 5 × 5 |
| ProbShrink [30] | Window size = 3 × 3; level = 2; sym8 |
| AFTV [16] | Iterations = 3; λ = 0; time step Δt = 0.2 |
| SURELET [29] | Downsampling = 4; overlap factor = 3; redundancy = 3 |
| RNLA [11, 12] | Support = 1; degree = 3 |
| NSS [28] | Level = 3; sym8 |
| MBR [9] | Band M = 3; = 5000 |
| ATV [17] | Iterations = 2; λ = 1; time step Δt = 0.2 |
| DsFad [1] | Diffusion constant = 30; rate of diffusion = 0.25; iterations = 20 |
| DsFsrad [1, 5] | Iterations = 30; time step Δt = 0.02; = 1 |
| CED [1] | Iterations = 20; time step Δt = 0.02; diffusion constant = 20 |
| DPAD [4, 34] | Iterations = 30; time step Δt = 0.02; Cu noise estimation |
| DsFgf4d [5, 22, 35] | Window = 3 × 3; iterations = 2 |
| DsFmedian [5, 22] | Window = 5 × 5; iterations = 3 |
| PPB [4, 15] | Iterations = 4; α = 0.8; = 2; search area = 23 × 23; patch size = 7 × 7 |
| DsFhmedian [5, 22] | Window = 5 × 5; iterations = 2 |
| Hybrid fuzzy [21] | Fuzzy and Wiener window size = 3 × 3 |
| ROF [18] | Time step Δt = 0.25; iterations = 5 |
| PSBE [10] |
Spatial sigma = 0.01; window size = 21 × 21; samples = 100 |
| MPT [27] | Scale number = 2; = 12 |
| BayesShrink [25] |
wtype = db4; level = 2 |
| GLM [13] | Window size = 3 × 3; level = 2; = 3 |
| DsFwiener [5, 22] | Window size = 5 × 5, 3 × 3, and 7 × 7 |
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