UA-Net | | | 89.02 32 | 91.44 37 | 86.20 28 | 94.88 1 | 89.84 32 | 94.76 28 | 77.45 28 | 85.41 71 | 74.79 115 | 88.83 88 | 88.90 143 | 78.67 41 | 96.06 7 | 95.45 4 | 96.66 3 | 95.58 2 |
|
DTE-MVSNet | | | 88.99 34 | 92.77 11 | 84.59 41 | 93.31 2 | 88.10 46 | 90.96 50 | 83.09 2 | 91.38 12 | 76.21 105 | 96.03 2 | 98.04 11 | 70.78 113 | 95.65 14 | 92.32 33 | 93.18 50 | 87.84 69 |
|
zzz-MVS | | | 90.38 11 | 91.35 38 | 89.25 5 | 93.08 3 | 86.59 59 | 96.45 11 | 79.00 14 | 90.23 27 | 89.30 10 | 85.87 114 | 94.97 79 | 82.54 21 | 95.05 23 | 94.83 7 | 95.14 27 | 91.94 33 |
|
mPP-MVS | | | | | | 93.05 4 | | | | | | | 95.77 54 | | | | | |
|
MP-MVS | | | 90.84 6 | 91.95 30 | 89.55 3 | 92.92 5 | 90.90 18 | 96.56 6 | 79.60 9 | 86.83 57 | 88.75 13 | 89.00 85 | 94.38 88 | 84.01 9 | 94.94 25 | 94.34 11 | 95.45 24 | 93.24 21 |
Rongxuan Tan, Qing Wang, et al.: MP-MVS: Multi-Scale Windows PatchMatch and Planar Prior Multi-View Stereo. |
PEN-MVS | | | 88.86 37 | 92.92 8 | 84.11 49 | 92.92 5 | 88.05 48 | 90.83 52 | 82.67 5 | 91.04 16 | 74.83 114 | 95.97 3 | 98.47 4 | 70.38 114 | 95.70 13 | 92.43 31 | 93.05 54 | 88.78 62 |
|
HPM-MVS++ | | | 88.74 38 | 89.54 52 | 87.80 17 | 92.58 7 | 85.69 67 | 95.10 24 | 78.01 21 | 87.08 54 | 87.66 20 | 87.89 93 | 92.07 117 | 80.28 32 | 90.97 68 | 91.41 42 | 93.17 51 | 91.69 35 |
|
PS-CasMVS | | | 89.07 31 | 93.23 6 | 84.21 47 | 92.44 8 | 88.23 45 | 90.54 60 | 82.95 3 | 90.50 22 | 75.31 112 | 95.80 5 | 98.37 7 | 71.16 107 | 96.30 5 | 93.32 22 | 92.88 55 | 90.11 50 |
|
CP-MVSNet | | | 88.71 39 | 92.63 13 | 84.13 48 | 92.39 9 | 88.09 47 | 90.47 65 | 82.86 4 | 88.79 40 | 75.16 113 | 94.87 7 | 97.68 17 | 71.05 109 | 96.16 6 | 93.18 24 | 92.85 56 | 89.64 54 |
|
CP-MVS | | | 91.09 5 | 92.33 22 | 89.65 2 | 92.16 10 | 90.41 26 | 96.46 10 | 80.38 6 | 88.26 43 | 89.17 11 | 87.00 104 | 96.34 38 | 83.95 10 | 95.77 11 | 94.72 8 | 95.81 17 | 93.78 10 |
|
ACMMPR | | | 91.30 4 | 92.88 10 | 89.46 4 | 91.92 11 | 91.61 5 | 96.60 5 | 79.46 12 | 90.08 30 | 88.53 14 | 89.54 77 | 95.57 61 | 84.25 7 | 95.24 20 | 94.27 13 | 95.97 11 | 93.85 8 |
|
WR-MVS_H | | | 88.99 34 | 93.28 5 | 83.99 50 | 91.92 11 | 89.13 37 | 91.95 44 | 83.23 1 | 90.14 29 | 71.92 131 | 95.85 4 | 98.01 13 | 71.83 104 | 95.82 9 | 93.19 23 | 93.07 53 | 90.83 46 |
|
SMA-MVS | | | 90.37 12 | 92.54 17 | 87.83 15 | 91.78 13 | 90.56 25 | 95.35 22 | 77.47 27 | 90.80 20 | 88.51 15 | 91.24 58 | 92.22 113 | 79.16 36 | 94.32 30 | 93.72 19 | 94.75 34 | 94.93 5 |
|
PGM-MVS | | | 90.42 10 | 91.58 35 | 89.05 6 | 91.77 14 | 91.06 13 | 96.51 7 | 78.94 15 | 85.41 71 | 87.67 19 | 87.02 103 | 95.26 69 | 83.62 13 | 95.01 24 | 93.94 16 | 95.79 19 | 93.40 19 |
|
APD-MVS | | | 89.14 28 | 91.25 40 | 86.67 24 | 91.73 15 | 91.02 15 | 95.50 21 | 77.74 23 | 84.04 83 | 79.47 95 | 91.48 49 | 94.85 80 | 81.14 28 | 92.94 40 | 92.20 36 | 94.47 37 | 92.24 29 |
Yuesong Wang, Zhaojie Zeng and etc.: Adaptive Patch Deformation for Textureless-Resilient Multi-View Stereo. CVPR2023 |
ambc | | | | 88.38 60 | | 91.62 16 | 87.97 49 | 84.48 130 | | 88.64 42 | 87.93 17 | 87.38 97 | 94.82 82 | 74.53 73 | 89.14 82 | 83.86 106 | 85.94 159 | 86.84 75 |
|
TSAR-MVS + MP. | | | 89.67 23 | 92.25 24 | 86.65 25 | 91.53 17 | 90.98 16 | 96.15 14 | 73.30 53 | 87.88 46 | 81.83 76 | 92.92 28 | 95.15 73 | 82.23 22 | 93.58 34 | 92.25 34 | 94.87 30 | 93.01 23 |
|
train_agg | | | 86.67 50 | 87.73 69 | 85.43 35 | 91.51 18 | 82.72 82 | 94.47 30 | 74.22 50 | 81.71 105 | 81.54 83 | 89.20 83 | 92.87 104 | 78.33 43 | 90.12 75 | 88.47 64 | 92.51 62 | 89.04 59 |
|
X-MVS | | | 89.36 26 | 90.73 43 | 87.77 18 | 91.50 19 | 91.23 8 | 96.76 4 | 78.88 16 | 87.29 52 | 87.14 28 | 78.98 150 | 94.53 84 | 76.47 54 | 95.25 19 | 94.28 12 | 95.85 14 | 93.55 15 |
|
HFP-MVS | | | 90.32 14 | 92.37 21 | 87.94 14 | 91.46 20 | 90.91 17 | 95.69 19 | 79.49 10 | 89.94 33 | 83.50 63 | 89.06 84 | 94.44 87 | 81.68 26 | 94.17 32 | 94.19 14 | 95.81 17 | 93.87 7 |
|
ACMM | | 80.67 7 | 90.67 7 | 92.46 18 | 88.57 8 | 91.35 21 | 89.93 31 | 96.34 12 | 77.36 31 | 90.17 28 | 86.88 31 | 87.32 98 | 96.63 28 | 83.32 14 | 95.79 10 | 94.49 10 | 96.19 9 | 92.91 24 |
Qingshan Xu and Wenbing Tao: Multi-Scale Geometric Consistency Guided Multi-View Stereo. CVPR 2019 |
WR-MVS | | | 89.79 22 | 93.66 4 | 85.27 37 | 91.32 22 | 88.27 43 | 93.49 36 | 79.86 8 | 92.75 8 | 75.37 111 | 96.86 1 | 98.38 6 | 75.10 67 | 95.93 8 | 94.07 15 | 96.46 5 | 89.39 56 |
|
SD-MVS | | | 89.91 18 | 92.23 26 | 87.19 22 | 91.31 23 | 89.79 33 | 94.31 31 | 75.34 43 | 89.26 35 | 81.79 77 | 92.68 30 | 95.08 75 | 83.88 11 | 93.10 38 | 92.69 26 | 96.54 4 | 93.02 22 |
|
XVS | | | | | | 91.28 24 | 91.23 8 | 96.89 2 | | | 87.14 28 | | 94.53 84 | | | | 95.84 15 | |
|
X-MVStestdata | | | | | | 91.28 24 | 91.23 8 | 96.89 2 | | | 87.14 28 | | 94.53 84 | | | | 95.84 15 | |
|
DeepC-MVS | | 83.59 4 | 90.37 12 | 92.56 16 | 87.82 16 | 91.26 26 | 92.33 3 | 94.72 29 | 80.04 7 | 90.01 31 | 84.61 45 | 93.33 21 | 94.22 90 | 80.59 29 | 92.90 41 | 92.52 29 | 95.69 21 | 92.57 26 |
Andreas Kuhn, Christian Sormann, Mattia Rossi, Oliver Erdler, Friedrich Fraundorfer: DeepC-MVS: Deep Confidence Prediction for Multi-View Stereo Reconstruction. 3DV 2020 |
ACMMP | | | 90.63 8 | 92.40 19 | 88.56 9 | 91.24 27 | 91.60 6 | 96.49 9 | 77.53 25 | 87.89 45 | 86.87 32 | 87.24 100 | 96.46 32 | 82.87 19 | 95.59 15 | 94.50 9 | 96.35 6 | 93.51 16 |
Qingshan Xu, Weihang Kong, Wenbing Tao, Marc Pollefeys: Multi-Scale Geometric Consistency Guided and Planar Prior Assisted Multi-View Stereo. IEEE Transactions on Pattern Analysis and Machine Intelligence |
SteuartSystems-ACMMP | | | 90.00 17 | 91.73 32 | 87.97 13 | 91.21 28 | 90.29 28 | 96.51 7 | 78.00 22 | 86.33 61 | 85.32 42 | 88.23 90 | 94.67 83 | 82.08 24 | 95.13 22 | 93.88 17 | 94.72 35 | 93.59 12 |
Skip Steuart: Steuart Systems R&D Blog. |
ACMMP_Plus | | | 89.86 19 | 91.96 29 | 87.42 20 | 91.00 29 | 90.08 29 | 96.00 17 | 76.61 35 | 89.28 34 | 87.73 18 | 90.04 71 | 91.80 121 | 78.71 39 | 94.36 29 | 93.82 18 | 94.48 36 | 94.32 6 |
|
CPTT-MVS | | | 89.63 24 | 90.52 46 | 88.59 7 | 90.95 30 | 90.74 20 | 95.71 18 | 79.13 13 | 87.70 47 | 85.68 40 | 80.05 146 | 95.74 56 | 84.77 6 | 94.28 31 | 92.68 27 | 95.28 26 | 92.45 28 |
|
LGP-MVS_train | | | 90.56 9 | 92.38 20 | 88.43 10 | 90.88 31 | 91.15 11 | 95.35 22 | 77.65 24 | 86.26 63 | 87.23 25 | 90.45 69 | 97.35 20 | 83.20 15 | 95.44 16 | 93.41 21 | 96.28 8 | 92.63 25 |
|
OPM-MVS | | | 89.82 21 | 92.24 25 | 86.99 23 | 90.86 32 | 89.35 35 | 95.07 26 | 75.91 40 | 91.16 14 | 86.87 32 | 91.07 61 | 97.29 21 | 79.13 37 | 93.32 35 | 91.99 37 | 94.12 40 | 91.49 40 |
|
ACMP | | 80.00 8 | 90.12 16 | 92.30 23 | 87.58 19 | 90.83 33 | 91.10 12 | 94.96 27 | 76.06 39 | 87.47 50 | 85.33 41 | 88.91 87 | 97.65 18 | 82.13 23 | 95.31 17 | 93.44 20 | 96.14 10 | 92.22 30 |
Qingshan Xu and Wenbing Tao: Planar Prior Assisted PatchMatch Multi-View Stereo. AAAI 2020 |
NCCC | | | 86.74 49 | 87.97 68 | 85.31 36 | 90.64 34 | 87.25 54 | 93.27 37 | 74.59 46 | 86.50 59 | 83.72 56 | 75.92 177 | 92.39 111 | 77.08 51 | 91.72 51 | 90.68 45 | 92.57 61 | 91.30 42 |
|
HSP-MVS | | | 88.32 40 | 90.71 44 | 85.53 34 | 90.63 35 | 92.01 4 | 96.15 14 | 77.52 26 | 86.02 64 | 81.39 84 | 90.21 70 | 96.08 46 | 76.38 56 | 88.30 89 | 86.70 81 | 91.12 78 | 95.64 1 |
|
ESAPD | | | 89.27 27 | 91.76 31 | 86.36 26 | 90.60 36 | 90.40 27 | 95.08 25 | 77.43 29 | 87.49 49 | 80.35 89 | 92.38 38 | 94.32 89 | 80.59 29 | 92.69 46 | 91.58 41 | 94.13 39 | 93.44 17 |
|
APDe-MVS | | | 89.85 20 | 92.91 9 | 86.29 27 | 90.47 37 | 91.34 7 | 96.04 16 | 76.41 38 | 91.11 15 | 78.50 100 | 93.44 20 | 95.82 53 | 81.55 27 | 93.16 37 | 91.90 38 | 94.77 33 | 93.58 14 |
|
PMVS | | 79.51 9 | 90.23 15 | 92.67 12 | 87.39 21 | 90.16 38 | 88.75 39 | 93.64 34 | 75.78 41 | 90.00 32 | 83.70 57 | 92.97 27 | 92.22 113 | 86.13 4 | 97.01 3 | 96.79 2 | 94.94 29 | 90.96 44 |
Y. Furukawa, J. Ponce: Accurate, dense, and robust multiview stereopsis. PAMI (2010) |
CNVR-MVS | | | 86.93 48 | 88.98 56 | 84.54 42 | 90.11 39 | 87.41 53 | 93.23 38 | 73.47 52 | 86.31 62 | 82.25 71 | 82.96 132 | 92.15 115 | 76.04 59 | 91.69 52 | 90.69 44 | 92.17 65 | 91.64 38 |
|
TSAR-MVS + GP. | | | 85.32 62 | 87.41 73 | 82.89 59 | 90.07 40 | 85.69 67 | 89.07 78 | 72.99 54 | 82.45 95 | 74.52 118 | 85.09 122 | 87.67 150 | 79.24 35 | 91.11 62 | 90.41 47 | 91.45 72 | 89.45 55 |
|
DeepC-MVS_fast | | 81.78 5 | 87.38 46 | 89.64 50 | 84.75 39 | 89.89 41 | 90.70 21 | 92.74 41 | 74.45 47 | 86.02 64 | 82.16 74 | 86.05 112 | 91.99 120 | 75.84 62 | 91.16 61 | 90.44 46 | 93.41 46 | 91.09 43 |
Andreas Kuhn, Christian Sormann, Mattia Rossi, Oliver Erdler, Friedrich Fraundorfer: DeepC-MVS: Deep Confidence Prediction for Multi-View Stereo Reconstruction. 3DV 2020 |
LS3D | | | 89.02 32 | 91.69 33 | 85.91 30 | 89.72 42 | 90.81 19 | 92.56 42 | 71.69 58 | 90.83 19 | 87.24 23 | 89.71 75 | 92.07 117 | 78.37 42 | 94.43 28 | 92.59 28 | 95.86 13 | 91.35 41 |
|
CDPH-MVS | | | 86.66 51 | 88.52 59 | 84.48 43 | 89.61 43 | 88.27 43 | 92.86 40 | 72.69 55 | 80.55 121 | 82.71 67 | 86.92 105 | 93.32 100 | 75.55 64 | 91.00 66 | 89.85 52 | 93.47 45 | 89.71 53 |
|
EPNet | | | 79.36 127 | 79.44 144 | 79.27 103 | 89.51 44 | 77.20 138 | 88.35 86 | 77.35 32 | 68.27 185 | 74.29 119 | 76.31 167 | 79.22 175 | 59.63 155 | 85.02 124 | 85.45 91 | 86.49 148 | 84.61 85 |
Wanjuan Su, Wenbing Tao: Efficient Edge-Preserving Multi-View Stereo Network for Depth Estimation. AAAI 2023 |
TSAR-MVS + ACMM | | | 89.14 28 | 92.11 28 | 85.67 31 | 89.27 45 | 90.61 23 | 90.98 49 | 79.48 11 | 88.86 38 | 79.80 91 | 93.01 26 | 93.53 98 | 83.17 16 | 92.75 45 | 92.45 30 | 91.32 74 | 93.59 12 |
|
HQP-MVS | | | 85.02 66 | 86.41 79 | 83.40 51 | 89.19 46 | 86.59 59 | 91.28 47 | 71.60 59 | 82.79 91 | 83.48 64 | 78.65 153 | 93.54 97 | 72.55 99 | 86.49 102 | 85.89 88 | 92.28 64 | 90.95 45 |
|
AdaColmap | | | 84.15 73 | 85.14 99 | 83.00 56 | 89.08 47 | 87.14 56 | 90.56 57 | 70.90 61 | 82.40 96 | 80.41 87 | 73.82 189 | 84.69 161 | 75.19 66 | 91.58 54 | 89.90 51 | 91.87 68 | 86.48 77 |
|
COLMAP_ROB | | 85.66 2 | 91.85 2 | 95.01 2 | 88.16 12 | 88.98 48 | 92.86 2 | 95.51 20 | 72.17 56 | 94.95 5 | 91.27 3 | 94.11 16 | 97.77 14 | 84.22 8 | 96.49 4 | 95.27 5 | 96.79 2 | 93.60 11 |
Johannes L. Schönberger, Enliang Zheng, Marc Pollefeys, Jan-Michael Frahm: Pixelwise View Selection for Unstructured Multi-View Stereo. ECCV 2016 |
TDRefinement | | | 93.16 1 | 95.57 1 | 90.36 1 | 88.79 49 | 93.57 1 | 97.27 1 | 78.23 20 | 95.55 2 | 93.00 1 | 93.98 17 | 96.01 49 | 87.53 1 | 97.69 1 | 96.81 1 | 97.33 1 | 95.34 4 |
|
TranMVSNet+NR-MVSNet | | | 85.23 63 | 89.38 53 | 80.39 91 | 88.78 50 | 83.77 75 | 87.40 101 | 76.75 33 | 85.47 69 | 68.99 144 | 95.18 6 | 97.55 19 | 67.13 131 | 91.61 53 | 89.13 61 | 93.26 48 | 82.95 107 |
|
ACMH+ | | 79.05 11 | 89.62 25 | 93.08 7 | 85.58 32 | 88.58 51 | 89.26 36 | 92.18 43 | 74.23 49 | 93.55 7 | 82.66 68 | 92.32 40 | 98.35 8 | 80.29 31 | 95.28 18 | 92.34 32 | 95.52 22 | 90.43 47 |
|
Anonymous20231211 | | | 85.16 65 | 91.64 34 | 77.61 117 | 88.54 52 | 79.81 120 | 83.12 134 | 74.68 45 | 98.37 1 | 66.79 156 | 94.56 13 | 99.60 1 | 61.64 150 | 91.49 55 | 89.82 53 | 90.91 79 | 87.80 70 |
|
MVS_0304 | | | 84.73 70 | 86.19 82 | 83.02 54 | 88.32 53 | 86.71 58 | 91.55 45 | 70.87 62 | 73.79 163 | 82.88 66 | 85.13 121 | 93.35 99 | 72.55 99 | 88.62 85 | 87.69 70 | 91.93 67 | 88.05 68 |
|
DU-MVS | | | 84.88 68 | 88.27 64 | 80.92 73 | 88.30 54 | 83.59 77 | 87.06 111 | 78.35 18 | 80.64 119 | 70.49 137 | 92.67 31 | 96.91 24 | 68.13 125 | 91.79 49 | 89.29 60 | 93.20 49 | 83.02 104 |
|
Baseline_NR-MVSNet | | | 82.79 94 | 86.51 76 | 78.44 112 | 88.30 54 | 75.62 159 | 87.81 93 | 74.97 44 | 81.53 109 | 66.84 155 | 94.71 10 | 96.46 32 | 66.90 132 | 91.79 49 | 83.37 112 | 85.83 161 | 82.09 117 |
|
UniMVSNet_NR-MVSNet | | | 84.62 71 | 88.00 67 | 80.68 83 | 88.18 56 | 83.83 74 | 87.06 111 | 76.47 37 | 81.46 111 | 70.49 137 | 93.24 22 | 95.56 63 | 68.13 125 | 90.43 73 | 88.47 64 | 93.78 43 | 83.02 104 |
|
CSCG | | | 88.12 43 | 91.45 36 | 84.23 46 | 88.12 57 | 90.59 24 | 90.57 56 | 68.60 79 | 91.37 13 | 83.45 65 | 89.94 72 | 95.14 74 | 78.71 39 | 91.45 56 | 88.21 68 | 95.96 12 | 93.44 17 |
|
CLD-MVS | | | 82.75 97 | 87.22 74 | 77.54 119 | 88.01 58 | 85.76 66 | 90.23 68 | 54.52 197 | 82.28 98 | 82.11 75 | 88.48 89 | 95.27 68 | 63.95 141 | 89.41 79 | 88.29 66 | 86.45 149 | 81.01 126 |
Zhaoxin Li, Wangmeng Zuo, Zhaoqi Wang, Lei Zhang: Confidence-based Large-scale Dense Multi-view Stereo. IEEE Transaction on Image Processing, 2020 |
UniMVSNet (Re) | | | 84.95 67 | 88.53 58 | 80.78 78 | 87.82 59 | 84.21 72 | 88.03 90 | 76.50 36 | 81.18 116 | 69.29 141 | 92.63 34 | 96.83 25 | 69.07 121 | 91.23 60 | 89.60 56 | 93.97 42 | 84.00 93 |
|
DeepPCF-MVS | | 81.61 6 | 87.95 45 | 90.29 48 | 85.22 38 | 87.48 60 | 90.01 30 | 93.79 33 | 73.54 51 | 88.93 37 | 83.89 54 | 89.40 79 | 90.84 130 | 80.26 33 | 90.62 72 | 90.19 50 | 92.36 63 | 92.03 32 |
|
CANet | | | 82.84 93 | 84.60 107 | 80.78 78 | 87.30 61 | 85.20 69 | 90.23 68 | 69.00 75 | 72.16 171 | 78.73 99 | 84.49 126 | 90.70 132 | 69.54 119 | 87.65 92 | 86.17 84 | 89.87 88 | 85.84 82 |
|
MCST-MVS | | | 84.79 69 | 86.48 77 | 82.83 60 | 87.30 61 | 87.03 57 | 90.46 66 | 69.33 73 | 83.14 87 | 82.21 73 | 81.69 140 | 92.14 116 | 75.09 68 | 87.27 96 | 84.78 97 | 92.58 59 | 89.30 57 |
|
OMC-MVS | | | 88.16 41 | 91.34 39 | 84.46 44 | 86.85 63 | 90.63 22 | 93.01 39 | 67.00 90 | 90.35 26 | 87.40 22 | 86.86 106 | 96.35 37 | 77.66 47 | 92.63 47 | 90.84 43 | 94.84 31 | 91.68 36 |
|
3Dnovator+ | | 83.71 3 | 88.13 42 | 90.00 49 | 85.94 29 | 86.82 64 | 91.06 13 | 94.26 32 | 75.39 42 | 88.85 39 | 85.76 39 | 85.74 116 | 86.92 153 | 78.02 44 | 93.03 39 | 92.21 35 | 95.39 25 | 92.21 31 |
|
PHI-MVS | | | 86.37 53 | 88.14 65 | 84.30 45 | 86.65 65 | 87.56 51 | 90.76 53 | 70.16 65 | 82.55 93 | 89.65 7 | 84.89 124 | 92.40 110 | 75.97 60 | 90.88 70 | 89.70 54 | 92.58 59 | 89.03 60 |
|
ACMH | | 78.40 12 | 88.94 36 | 92.62 14 | 84.65 40 | 86.45 66 | 87.16 55 | 91.47 46 | 68.79 77 | 95.49 3 | 89.74 6 | 93.55 19 | 98.50 3 | 77.96 45 | 94.14 33 | 89.57 57 | 93.49 44 | 89.94 52 |
Qingshan Xu and Wenbing Tao: Multi-Scale Geometric Consistency Guided Multi-View Stereo. CVPR 2019 |
EG-PatchMatch MVS | | | 84.35 72 | 87.55 70 | 80.62 86 | 86.38 67 | 82.24 87 | 86.75 115 | 64.02 130 | 84.24 79 | 78.17 102 | 89.38 80 | 95.03 77 | 78.78 38 | 89.95 77 | 86.33 83 | 89.59 91 | 85.65 83 |
|
IS_MVSNet | | | 81.72 112 | 85.01 100 | 77.90 114 | 86.19 68 | 82.64 84 | 85.56 120 | 70.02 66 | 80.11 125 | 63.52 162 | 87.28 99 | 81.18 171 | 67.26 129 | 91.08 65 | 89.33 59 | 94.82 32 | 83.42 100 |
|
PCF-MVS | | 76.59 14 | 84.11 74 | 85.27 96 | 82.76 61 | 86.12 69 | 88.30 42 | 91.24 48 | 69.10 74 | 82.36 97 | 84.45 46 | 77.56 158 | 90.40 134 | 72.91 98 | 85.88 109 | 83.88 104 | 92.72 58 | 88.53 64 |
Andreas Kuhn, Shan Lin, Oliver Erdler: Plane Completion and Filtering for Multi-View Stereo Reconstruction. GCPR 2019 |
TSAR-MVS + COLMAP | | | 85.51 59 | 88.36 62 | 82.19 63 | 86.05 70 | 87.69 50 | 90.50 63 | 70.60 64 | 86.40 60 | 82.33 69 | 89.69 76 | 92.52 108 | 74.01 82 | 87.53 93 | 86.84 78 | 89.63 90 | 87.80 70 |
|
EPP-MVSNet | | | 82.76 95 | 86.47 78 | 78.45 111 | 86.00 71 | 84.47 71 | 85.39 122 | 68.42 81 | 84.17 80 | 62.97 165 | 89.26 82 | 76.84 186 | 72.13 102 | 92.56 48 | 90.40 48 | 95.76 20 | 87.56 73 |
|
PLC | | 76.06 15 | 85.38 61 | 87.46 71 | 82.95 58 | 85.79 72 | 88.84 38 | 88.86 80 | 68.70 78 | 87.06 55 | 83.60 59 | 79.02 149 | 90.05 135 | 77.37 50 | 90.88 70 | 89.66 55 | 93.37 47 | 86.74 76 |
Jie Liao, Yanping Fu, Qingan Yan, Chunxia xiao: Pyramid Multi-View Stereo with Local Consistency. Pacific Graphics 2019 |
MSLP-MVS++ | | | 86.29 54 | 89.10 55 | 83.01 55 | 85.71 73 | 89.79 33 | 87.04 113 | 74.39 48 | 85.17 73 | 78.92 98 | 77.59 157 | 93.57 96 | 82.60 20 | 93.23 36 | 91.88 39 | 89.42 94 | 92.46 27 |
|
Effi-MVS+-dtu | | | 82.04 106 | 83.39 130 | 80.48 89 | 85.48 74 | 86.57 61 | 88.40 85 | 68.28 83 | 69.04 183 | 73.13 125 | 76.26 169 | 91.11 129 | 74.74 71 | 88.40 87 | 87.76 69 | 92.84 57 | 84.57 87 |
|
v7n | | | 87.11 47 | 90.46 47 | 83.19 53 | 85.22 75 | 83.69 76 | 90.03 71 | 68.20 84 | 91.01 17 | 86.71 35 | 94.80 8 | 98.46 5 | 77.69 46 | 91.10 63 | 85.98 86 | 91.30 75 | 88.19 65 |
|
MAR-MVS | | | 81.98 107 | 82.92 132 | 80.88 77 | 85.18 76 | 85.85 64 | 89.13 77 | 69.52 68 | 71.21 175 | 82.25 71 | 71.28 199 | 88.89 144 | 69.69 116 | 88.71 84 | 86.96 74 | 89.52 92 | 87.57 72 |
Zhenyu Xu, Yiguang Liu, Xuelei Shi, Ying Wang, Yunan Zheng: MARMVS: Matching Ambiguity Reduced Multiple View Stereo for Efficient Large Scale Scene Reconstruction. CVPR 2020 |
abl_6 | | | | | 79.30 102 | 84.98 77 | 85.78 65 | 90.50 63 | 66.88 91 | 77.08 149 | 74.02 120 | 73.29 192 | 89.34 138 | 68.94 122 | | | 90.49 83 | 85.98 80 |
|
TAPA-MVS | | 78.00 13 | 85.88 57 | 88.37 61 | 82.96 57 | 84.69 78 | 88.62 40 | 90.62 54 | 64.22 126 | 89.15 36 | 88.05 16 | 78.83 151 | 93.71 93 | 76.20 58 | 90.11 76 | 88.22 67 | 94.00 41 | 89.97 51 |
Andrea Romanoni, Matteo Matteucci: TAPA-MVS: Textureless-Aware PAtchMatch Multi-View Stereo. ICCV 2019 |
SixPastTwentyTwo | | | 89.14 28 | 92.19 27 | 85.58 32 | 84.62 79 | 82.56 85 | 90.53 61 | 71.93 57 | 91.95 10 | 85.89 37 | 94.22 14 | 97.25 22 | 85.42 5 | 95.73 12 | 91.71 40 | 95.08 28 | 91.89 34 |
|
MVS_111021_HR | | | 83.95 75 | 86.10 84 | 81.44 70 | 84.62 79 | 80.29 116 | 90.51 62 | 68.05 85 | 84.07 82 | 80.38 88 | 84.74 125 | 91.37 126 | 74.23 76 | 90.37 74 | 87.25 72 | 90.86 81 | 84.59 86 |
|
CNLPA | | | 85.50 60 | 88.58 57 | 81.91 65 | 84.55 81 | 87.52 52 | 90.89 51 | 63.56 135 | 88.18 44 | 84.06 50 | 83.85 129 | 91.34 127 | 76.46 55 | 91.27 58 | 89.00 62 | 91.96 66 | 88.88 61 |
|
Effi-MVS+ | | | 82.33 98 | 83.87 124 | 80.52 88 | 84.51 82 | 81.32 100 | 87.53 99 | 68.05 85 | 74.94 160 | 79.67 93 | 82.37 136 | 92.31 112 | 72.21 101 | 85.06 118 | 86.91 76 | 91.18 76 | 84.20 91 |
|
gm-plane-assit | | | 71.56 176 | 69.99 189 | 73.39 136 | 84.43 83 | 73.21 170 | 90.42 67 | 51.36 211 | 84.08 81 | 76.00 107 | 91.30 56 | 37.09 237 | 59.01 158 | 73.65 197 | 70.24 194 | 79.09 187 | 60.37 210 |
|
RPSCF | | | 88.05 44 | 92.61 15 | 82.73 62 | 84.24 84 | 88.40 41 | 90.04 70 | 66.29 94 | 91.46 11 | 82.29 70 | 88.93 86 | 96.01 49 | 79.38 34 | 95.15 21 | 94.90 6 | 94.15 38 | 93.40 19 |
|
FC-MVSNet-train | | | 79.20 129 | 86.29 80 | 70.94 148 | 84.06 85 | 77.67 132 | 85.68 119 | 64.11 129 | 82.90 89 | 52.22 196 | 92.57 35 | 93.69 94 | 49.52 204 | 88.30 89 | 86.93 75 | 90.03 86 | 81.95 119 |
|
v1192 | | | 83.61 78 | 85.23 97 | 81.72 67 | 84.05 86 | 82.15 88 | 89.54 73 | 66.20 95 | 81.38 113 | 86.76 34 | 91.79 46 | 96.03 48 | 74.88 70 | 81.81 161 | 80.92 133 | 88.91 98 | 82.50 112 |
|
v1240 | | | 83.57 80 | 84.94 103 | 81.97 64 | 84.05 86 | 81.27 103 | 89.46 75 | 66.06 98 | 81.31 115 | 87.50 21 | 91.88 45 | 95.46 66 | 76.25 57 | 81.16 166 | 80.51 138 | 88.52 104 | 82.98 106 |
|
test20.03 | | | 69.91 180 | 76.20 169 | 62.58 199 | 84.01 88 | 67.34 191 | 75.67 191 | 65.88 102 | 79.98 126 | 40.28 223 | 82.65 133 | 89.31 139 | 39.63 217 | 77.41 180 | 73.28 185 | 69.98 205 | 63.40 202 |
|
NR-MVSNet | | | 82.89 92 | 87.43 72 | 77.59 118 | 83.91 89 | 83.59 77 | 87.10 110 | 78.35 18 | 80.64 119 | 68.85 145 | 92.67 31 | 96.50 30 | 54.19 180 | 87.19 99 | 88.68 63 | 93.16 52 | 82.75 110 |
|
Gipuma | | | 86.47 52 | 89.25 54 | 83.23 52 | 83.88 90 | 78.78 124 | 85.35 123 | 68.42 81 | 92.69 9 | 89.03 12 | 91.94 43 | 96.32 40 | 81.80 25 | 94.45 27 | 86.86 77 | 90.91 79 | 83.69 95 |
S. Galliani, K. Lasinger, K. Schindler: Massively Parallel Multiview Stereopsis by Surface Normal Diffusion. ICCV 2015 |
v1921920 | | | 83.49 81 | 84.94 103 | 81.80 66 | 83.78 91 | 81.20 107 | 89.50 74 | 65.91 101 | 81.64 107 | 87.18 27 | 91.70 47 | 95.39 67 | 75.85 61 | 81.56 164 | 80.27 141 | 88.60 102 | 82.80 108 |
|
v1144 | | | 83.22 87 | 85.01 100 | 81.14 71 | 83.76 92 | 81.60 97 | 88.95 79 | 65.58 107 | 81.89 101 | 85.80 38 | 91.68 48 | 95.84 52 | 74.04 81 | 82.12 158 | 80.56 137 | 88.70 101 | 81.41 122 |
|
Vis-MVSNet (Re-imp) | | | 76.15 144 | 80.84 140 | 70.68 150 | 83.66 93 | 74.80 163 | 81.66 143 | 69.59 67 | 80.48 122 | 46.94 212 | 87.44 96 | 80.63 173 | 53.14 188 | 86.87 100 | 84.56 99 | 89.12 96 | 71.12 177 |
|
v11 | | | 83.30 85 | 85.58 92 | 80.64 84 | 83.53 94 | 81.74 93 | 88.30 87 | 65.46 109 | 82.75 92 | 84.63 44 | 92.49 37 | 96.17 44 | 73.90 83 | 82.69 150 | 79.59 148 | 88.04 115 | 83.66 96 |
|
v144192 | | | 83.43 82 | 84.97 102 | 81.63 69 | 83.43 95 | 81.23 106 | 89.42 76 | 66.04 99 | 81.45 112 | 86.40 36 | 91.46 51 | 95.70 60 | 75.76 63 | 82.14 157 | 80.23 142 | 88.74 99 | 82.57 111 |
|
TinyColmap | | | 83.79 76 | 86.12 83 | 81.07 72 | 83.42 96 | 81.44 99 | 85.42 121 | 68.55 80 | 88.71 41 | 89.46 8 | 87.60 95 | 92.72 105 | 70.34 115 | 89.29 80 | 81.94 125 | 89.20 95 | 81.12 125 |
|
v13 | | | 83.75 77 | 86.20 81 | 80.89 76 | 83.38 97 | 81.93 90 | 88.58 83 | 66.09 97 | 83.55 84 | 84.28 47 | 92.67 31 | 96.79 26 | 74.67 72 | 84.42 131 | 79.72 146 | 88.36 106 | 84.31 89 |
|
TransMVSNet (Re) | | | 79.05 130 | 86.66 75 | 70.18 156 | 83.32 98 | 75.99 153 | 77.54 167 | 63.98 131 | 90.68 21 | 55.84 178 | 94.80 8 | 96.06 47 | 53.73 186 | 86.27 105 | 83.22 113 | 86.65 143 | 79.61 135 |
|
v12 | | | 83.59 79 | 86.00 87 | 80.77 81 | 83.30 99 | 81.83 91 | 88.45 84 | 65.95 100 | 83.20 86 | 84.15 48 | 92.54 36 | 96.71 27 | 74.50 74 | 84.19 133 | 79.64 147 | 88.30 107 | 83.93 94 |
|
v7 | | | 82.76 95 | 84.65 106 | 80.55 87 | 83.27 100 | 81.77 92 | 88.66 81 | 65.10 113 | 79.23 137 | 83.60 59 | 91.47 50 | 95.47 64 | 74.12 77 | 82.61 151 | 80.66 134 | 88.52 104 | 81.35 123 |
|
v10 | | | 83.17 89 | 85.22 98 | 80.78 78 | 83.26 101 | 82.99 81 | 88.66 81 | 66.49 93 | 79.24 136 | 83.60 59 | 91.46 51 | 95.47 64 | 74.12 77 | 82.60 152 | 80.66 134 | 88.53 103 | 84.11 92 |
|
V9 | | | 83.42 83 | 85.81 89 | 80.63 85 | 83.20 102 | 81.73 94 | 88.29 88 | 65.78 104 | 82.87 90 | 83.99 53 | 92.38 38 | 96.60 29 | 74.30 75 | 83.93 134 | 79.58 149 | 88.24 110 | 83.55 98 |
|
LTVRE_ROB | | 86.82 1 | 91.55 3 | 94.43 3 | 88.19 11 | 83.19 103 | 86.35 62 | 93.60 35 | 78.79 17 | 95.48 4 | 91.79 2 | 93.08 25 | 97.21 23 | 86.34 3 | 97.06 2 | 96.27 3 | 95.46 23 | 95.56 3 |
Andreas Kuhn, Heiko Hirschmüller, Daniel Scharstein, Helmut Mayer: A TV Prior for High-Quality Scalable Multi-View Stereo Reconstruction. International Journal of Computer Vision 2016 |
canonicalmvs | | | 81.22 118 | 86.04 86 | 75.60 126 | 83.17 104 | 83.18 80 | 80.29 149 | 65.82 103 | 85.97 66 | 67.98 152 | 77.74 156 | 91.51 124 | 65.17 137 | 88.62 85 | 86.15 85 | 91.17 77 | 89.09 58 |
|
V14 | | | 83.23 86 | 85.59 91 | 80.48 89 | 83.09 105 | 81.63 96 | 88.13 89 | 65.61 106 | 82.53 94 | 83.81 55 | 92.17 41 | 96.50 30 | 74.07 80 | 83.66 136 | 79.51 151 | 88.17 112 | 83.16 102 |
|
v15 | | | 83.06 90 | 85.39 93 | 80.35 92 | 83.01 106 | 81.53 98 | 87.98 92 | 65.47 108 | 82.19 99 | 83.66 58 | 92.00 42 | 96.40 36 | 73.87 84 | 83.39 138 | 79.44 152 | 88.10 114 | 82.76 109 |
|
FPMVS | | | 81.56 114 | 84.04 119 | 78.66 109 | 82.92 107 | 75.96 154 | 86.48 118 | 65.66 105 | 84.67 76 | 71.47 133 | 77.78 155 | 83.22 164 | 77.57 48 | 91.24 59 | 90.21 49 | 87.84 120 | 85.21 84 |
|
MVS_111021_LR | | | 83.20 88 | 85.33 94 | 80.73 82 | 82.88 108 | 78.23 128 | 89.61 72 | 65.23 112 | 82.08 100 | 81.19 85 | 85.31 119 | 92.04 119 | 75.22 65 | 89.50 78 | 85.90 87 | 90.24 84 | 84.23 90 |
|
v1141 | | | 82.26 100 | 84.32 111 | 79.85 96 | 82.86 109 | 80.31 114 | 87.58 96 | 63.48 137 | 81.86 104 | 84.03 52 | 91.33 54 | 96.28 42 | 73.23 94 | 82.39 153 | 79.08 163 | 87.93 118 | 78.97 141 |
|
divwei89l23v2f112 | | | 82.26 100 | 84.32 111 | 79.85 96 | 82.86 109 | 80.31 114 | 87.58 96 | 63.48 137 | 81.88 102 | 84.05 51 | 91.33 54 | 96.27 43 | 73.23 94 | 82.39 153 | 79.08 163 | 87.93 118 | 78.97 141 |
|
v1 | | | 82.27 99 | 84.32 111 | 79.87 95 | 82.86 109 | 80.32 113 | 87.57 98 | 63.47 139 | 81.87 103 | 84.13 49 | 91.34 53 | 96.29 41 | 73.23 94 | 82.39 153 | 79.08 163 | 87.94 117 | 78.98 140 |
|
v2v482 | | | 82.20 103 | 84.26 115 | 79.81 98 | 82.67 112 | 80.18 118 | 87.67 95 | 63.96 132 | 81.69 106 | 84.73 43 | 91.27 57 | 96.33 39 | 72.05 103 | 81.94 160 | 79.56 150 | 87.79 121 | 78.84 143 |
|
v8 | | | 82.20 103 | 84.56 108 | 79.45 99 | 82.42 113 | 81.65 95 | 87.26 102 | 64.27 124 | 79.36 132 | 81.70 78 | 91.04 64 | 95.75 55 | 73.30 92 | 82.82 146 | 79.18 160 | 87.74 122 | 82.09 117 |
|
v1neww | | | 81.76 110 | 83.95 122 | 79.21 105 | 82.41 114 | 80.46 110 | 87.26 102 | 62.93 145 | 79.28 134 | 81.62 80 | 91.06 62 | 95.72 58 | 73.31 90 | 82.83 144 | 79.22 157 | 87.73 123 | 79.07 137 |
|
v7new | | | 81.76 110 | 83.95 122 | 79.21 105 | 82.41 114 | 80.46 110 | 87.26 102 | 62.93 145 | 79.28 134 | 81.62 80 | 91.06 62 | 95.72 58 | 73.31 90 | 82.83 144 | 79.22 157 | 87.73 123 | 79.07 137 |
|
v17 | | | 82.09 105 | 84.45 109 | 79.33 101 | 82.41 114 | 81.31 101 | 87.26 102 | 64.50 123 | 78.72 139 | 80.73 86 | 90.90 65 | 95.57 61 | 73.37 88 | 83.06 139 | 79.25 156 | 87.70 126 | 82.35 115 |
|
v6 | | | 81.77 109 | 83.96 121 | 79.22 104 | 82.41 114 | 80.45 112 | 87.26 102 | 62.91 149 | 79.29 133 | 81.65 79 | 91.08 60 | 95.74 56 | 73.32 89 | 82.84 143 | 79.21 159 | 87.73 123 | 79.07 137 |
|
MSDG | | | 81.39 116 | 84.23 117 | 78.09 113 | 82.40 118 | 82.47 86 | 85.31 125 | 60.91 168 | 79.73 128 | 80.26 90 | 86.30 109 | 88.27 148 | 69.67 117 | 87.20 98 | 84.98 95 | 89.97 87 | 80.67 127 |
|
v16 | | | 81.92 108 | 84.32 111 | 79.12 107 | 82.31 119 | 81.29 102 | 87.20 107 | 64.51 122 | 78.16 143 | 79.76 92 | 90.86 66 | 95.23 70 | 73.29 93 | 83.05 140 | 79.29 155 | 87.63 127 | 82.34 116 |
|
conf0.05thres1000 | | | 77.12 137 | 82.38 135 | 70.98 146 | 82.30 120 | 77.95 130 | 79.86 154 | 64.74 118 | 86.63 58 | 53.93 184 | 85.74 116 | 75.63 196 | 56.85 164 | 88.98 83 | 84.10 102 | 88.20 111 | 77.61 149 |
|
Fast-Effi-MVS+ | | | 81.42 115 | 83.82 125 | 78.62 110 | 82.24 121 | 80.62 109 | 87.72 94 | 63.51 136 | 73.01 164 | 74.75 116 | 83.80 130 | 92.70 106 | 73.44 87 | 88.15 91 | 85.26 92 | 90.05 85 | 83.17 101 |
|
PVSNet_Blended_VisFu | | | 83.00 91 | 84.16 118 | 81.65 68 | 82.17 122 | 86.01 63 | 88.03 90 | 71.23 60 | 76.05 155 | 79.54 94 | 83.88 128 | 83.44 162 | 77.49 49 | 87.38 94 | 84.93 96 | 91.41 73 | 87.40 74 |
|
v18 | | | 81.62 113 | 83.99 120 | 78.86 108 | 82.08 123 | 81.12 108 | 86.93 114 | 64.24 125 | 77.44 145 | 79.47 95 | 90.53 67 | 94.99 78 | 72.99 97 | 82.72 149 | 79.18 160 | 87.48 130 | 81.91 120 |
|
pmmvs6 | | | 80.46 119 | 88.34 63 | 71.26 143 | 81.96 124 | 77.51 133 | 77.54 167 | 68.83 76 | 93.72 6 | 55.92 177 | 93.94 18 | 98.03 12 | 55.94 170 | 89.21 81 | 85.61 89 | 87.36 134 | 80.38 128 |
|
tfpn | | | 72.99 166 | 75.25 175 | 70.36 154 | 81.87 125 | 77.09 140 | 79.28 161 | 64.16 127 | 79.58 130 | 53.14 188 | 76.97 164 | 48.75 230 | 56.35 168 | 87.31 95 | 82.75 117 | 87.35 135 | 74.31 159 |
|
IterMVS-LS | | | 79.79 122 | 82.56 134 | 76.56 123 | 81.83 126 | 77.85 131 | 79.90 153 | 69.42 72 | 78.93 138 | 71.21 134 | 90.47 68 | 85.20 160 | 70.86 112 | 80.54 171 | 80.57 136 | 86.15 152 | 84.36 88 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Marc Pollefeys: IterMVS: Iterative Probability Estimation for Efficient Multi-View Stereo. |
CDS-MVSNet | | | 73.07 165 | 77.02 161 | 68.46 167 | 81.62 127 | 72.89 171 | 79.56 158 | 70.78 63 | 69.56 180 | 52.52 193 | 77.37 161 | 81.12 172 | 42.60 213 | 84.20 132 | 83.93 103 | 83.65 175 | 70.07 182 |
Khang Truong Giang, Soohwan Song, Sungho Jo: Curvature-guided dynamic scale networks for Multi-view Stereo. ICLR 2022 |
gg-mvs-nofinetune | | | 72.68 169 | 75.21 176 | 69.73 159 | 81.48 128 | 69.04 185 | 70.48 206 | 76.67 34 | 86.92 56 | 67.80 153 | 88.06 92 | 64.67 211 | 42.12 215 | 77.60 179 | 73.65 184 | 79.81 184 | 66.57 193 |
|
USDC | | | 81.39 116 | 83.07 131 | 79.43 100 | 81.48 128 | 78.95 123 | 82.62 138 | 66.17 96 | 87.45 51 | 90.73 4 | 82.40 135 | 93.65 95 | 66.57 134 | 83.63 137 | 77.97 167 | 89.00 97 | 77.45 150 |
|
view800 | | | 74.68 152 | 78.74 146 | 69.94 157 | 81.12 130 | 76.59 143 | 78.94 163 | 63.24 144 | 78.56 141 | 53.06 189 | 75.61 180 | 76.26 189 | 56.07 169 | 86.32 104 | 83.75 107 | 87.18 140 | 74.10 162 |
|
tfpnnormal | | | 77.16 136 | 84.26 115 | 68.88 165 | 81.02 131 | 75.02 160 | 76.52 179 | 63.30 141 | 87.29 52 | 52.40 194 | 91.24 58 | 93.97 91 | 54.85 178 | 85.46 113 | 81.08 131 | 85.18 168 | 75.76 155 |
|
v748 | | | 85.21 64 | 89.62 51 | 80.08 93 | 80.71 132 | 80.27 117 | 85.05 126 | 63.79 133 | 90.47 23 | 83.54 62 | 94.21 15 | 98.52 2 | 76.84 53 | 90.97 68 | 84.25 101 | 90.53 82 | 88.62 63 |
|
thres600view7 | | | 74.34 154 | 78.43 148 | 69.56 161 | 80.47 133 | 76.28 149 | 78.65 164 | 62.56 154 | 77.39 146 | 52.53 192 | 74.03 188 | 76.78 187 | 55.90 171 | 85.06 118 | 85.19 93 | 87.25 138 | 74.29 160 |
|
OpenMVS | | 75.38 16 | 78.44 132 | 81.39 139 | 74.99 130 | 80.46 134 | 79.85 119 | 79.99 151 | 58.31 184 | 77.34 147 | 73.85 121 | 77.19 162 | 82.33 169 | 68.60 124 | 84.67 128 | 81.95 124 | 88.72 100 | 86.40 79 |
|
pm-mvs1 | | | 78.21 133 | 85.68 90 | 69.50 162 | 80.38 135 | 75.73 157 | 76.25 182 | 65.04 114 | 87.59 48 | 54.47 183 | 93.16 24 | 95.99 51 | 54.20 179 | 86.37 103 | 82.98 115 | 86.64 144 | 77.96 148 |
|
view600 | | | 74.08 155 | 78.15 149 | 69.32 163 | 80.27 136 | 75.82 155 | 78.27 165 | 62.20 158 | 77.26 148 | 52.80 191 | 74.07 187 | 76.86 185 | 55.57 174 | 84.90 126 | 84.43 100 | 86.84 142 | 73.71 167 |
|
v148 | | | 79.33 128 | 82.32 136 | 75.84 125 | 80.14 137 | 75.74 156 | 81.98 141 | 57.06 189 | 81.51 110 | 79.36 97 | 89.42 78 | 96.42 34 | 71.32 106 | 81.54 165 | 75.29 181 | 85.20 167 | 76.32 151 |
|
pmmvs-eth3d | | | 79.64 124 | 82.06 137 | 76.83 120 | 80.05 138 | 72.64 172 | 87.47 100 | 66.59 92 | 80.83 118 | 73.50 122 | 89.32 81 | 93.20 101 | 67.78 127 | 80.78 169 | 81.64 127 | 85.58 164 | 76.01 152 |
|
testgi | | | 68.20 188 | 76.05 170 | 59.04 206 | 79.99 139 | 67.32 192 | 81.16 145 | 51.78 209 | 84.91 74 | 39.36 226 | 73.42 190 | 95.19 71 | 32.79 223 | 76.54 186 | 70.40 193 | 69.14 208 | 64.55 198 |
|
tfpn_n400 | | | 73.26 160 | 77.94 152 | 67.79 178 | 79.91 140 | 73.32 167 | 76.38 180 | 62.04 159 | 84.26 77 | 48.53 208 | 76.23 170 | 71.50 203 | 53.83 183 | 86.22 107 | 81.59 128 | 86.05 154 | 72.47 172 |
|
tfpnconf | | | 73.26 160 | 77.94 152 | 67.79 178 | 79.91 140 | 73.32 167 | 76.38 180 | 62.04 159 | 84.26 77 | 48.53 208 | 76.23 170 | 71.50 203 | 53.83 183 | 86.22 107 | 81.59 128 | 86.05 154 | 72.47 172 |
|
DI_MVS_plusplus_trai | | | 77.64 135 | 79.64 143 | 75.31 128 | 79.87 142 | 76.89 142 | 81.55 144 | 63.64 134 | 76.21 154 | 72.03 130 | 85.59 118 | 82.97 165 | 66.63 133 | 79.27 174 | 77.78 169 | 88.14 113 | 78.76 144 |
|
tfpnview11 | | | 72.88 168 | 77.37 158 | 67.65 180 | 79.81 143 | 73.43 166 | 76.23 183 | 61.97 161 | 81.37 114 | 48.53 208 | 76.23 170 | 71.50 203 | 53.78 185 | 85.45 114 | 82.77 116 | 85.56 165 | 70.87 180 |
|
Fast-Effi-MVS+-dtu | | | 76.92 138 | 77.18 159 | 76.62 122 | 79.55 144 | 79.17 121 | 84.80 127 | 77.40 30 | 64.46 205 | 68.75 147 | 70.81 205 | 86.57 154 | 63.36 147 | 81.74 162 | 81.76 126 | 85.86 160 | 75.78 154 |
|
thres400 | | | 73.13 164 | 76.99 163 | 68.62 166 | 79.46 145 | 74.93 162 | 77.23 169 | 61.23 165 | 75.54 156 | 52.31 195 | 72.20 194 | 77.10 184 | 54.89 176 | 82.92 142 | 82.62 122 | 86.57 146 | 73.66 169 |
|
QAPM | | | 80.43 120 | 84.34 110 | 75.86 124 | 79.40 146 | 82.06 89 | 79.86 154 | 61.94 162 | 83.28 85 | 74.73 117 | 81.74 139 | 85.44 158 | 70.97 110 | 84.99 125 | 84.71 98 | 88.29 108 | 88.14 66 |
|
DELS-MVS | | | 79.71 123 | 83.74 126 | 75.01 129 | 79.31 147 | 82.68 83 | 84.79 128 | 60.06 174 | 75.43 158 | 69.09 143 | 86.13 110 | 89.38 137 | 67.16 130 | 85.12 117 | 83.87 105 | 89.65 89 | 83.57 97 |
Christian Sormann, Emanuele Santellani, Mattia Rossi, Andreas Kuhn, Friedrich Fraundorfer: DELS-MVS: Deep Epipolar Line Search for Multi-View Stereo. Winter Conference on Applications of Computer Vision (WACV), 2023 |
3Dnovator | | 79.41 10 | 82.21 102 | 86.07 85 | 77.71 115 | 79.31 147 | 84.61 70 | 87.18 108 | 61.02 167 | 85.65 67 | 76.11 106 | 85.07 123 | 85.38 159 | 70.96 111 | 87.22 97 | 86.47 82 | 91.66 71 | 88.12 67 |
|
test-LLR | | | 62.15 207 | 59.46 227 | 65.29 194 | 79.07 149 | 52.66 221 | 69.46 215 | 62.93 145 | 50.76 233 | 53.81 186 | 63.11 219 | 58.91 217 | 52.87 189 | 66.54 220 | 62.34 211 | 73.59 193 | 61.87 207 |
|
test0.0.03 1 | | | 61.79 209 | 65.33 205 | 57.65 209 | 79.07 149 | 64.09 200 | 68.51 219 | 62.93 145 | 61.59 218 | 33.71 230 | 61.58 225 | 71.58 202 | 33.43 222 | 70.95 208 | 68.68 198 | 68.26 210 | 58.82 213 |
|
tfpn1000 | | | 72.27 171 | 76.88 164 | 66.88 184 | 79.01 151 | 74.04 165 | 76.60 178 | 61.15 166 | 79.65 129 | 45.52 214 | 77.41 160 | 67.98 209 | 52.47 194 | 85.22 116 | 82.99 114 | 86.54 147 | 70.89 178 |
|
MVS_Test | | | 76.72 139 | 79.40 145 | 73.60 135 | 78.85 152 | 74.99 161 | 79.91 152 | 61.56 164 | 69.67 179 | 72.44 126 | 85.98 113 | 90.78 131 | 63.50 145 | 78.30 177 | 75.74 180 | 85.33 166 | 80.31 132 |
|
FMVSNet1 | | | 78.20 134 | 84.83 105 | 70.46 153 | 78.62 153 | 79.03 122 | 77.90 166 | 67.53 89 | 83.02 88 | 55.10 180 | 87.19 101 | 93.18 102 | 55.65 172 | 85.57 110 | 83.39 109 | 87.98 116 | 82.40 113 |
|
GA-MVS | | | 75.01 151 | 76.39 167 | 73.39 136 | 78.37 154 | 75.66 158 | 80.03 150 | 58.40 183 | 70.51 177 | 75.85 108 | 83.24 131 | 76.14 190 | 63.75 142 | 77.28 181 | 76.62 176 | 83.97 173 | 75.30 157 |
|
thres200 | | | 72.41 170 | 76.00 171 | 68.21 169 | 78.28 155 | 76.28 149 | 74.94 192 | 62.56 154 | 72.14 172 | 51.35 200 | 69.59 210 | 76.51 188 | 54.89 176 | 85.06 118 | 80.51 138 | 87.25 138 | 71.92 175 |
|
EPNet_dtu | | | 71.90 174 | 73.03 184 | 70.59 151 | 78.28 155 | 61.64 204 | 82.44 139 | 64.12 128 | 63.26 209 | 69.74 139 | 71.47 197 | 82.41 166 | 51.89 200 | 78.83 176 | 78.01 166 | 77.07 190 | 75.60 156 |
Wanjuan Su, Wenbing Tao: Efficient Edge-Preserving Multi-View Stereo Network for Depth Estimation. AAAI 2023 |
pmmvs4 | | | 75.92 146 | 77.48 157 | 74.10 134 | 78.21 157 | 70.94 176 | 84.06 131 | 64.78 117 | 75.13 159 | 68.47 149 | 84.12 127 | 83.32 163 | 64.74 140 | 75.93 188 | 79.14 162 | 84.31 172 | 73.77 166 |
|
PM-MVS | | | 80.42 121 | 83.63 127 | 76.67 121 | 78.04 158 | 72.37 174 | 87.14 109 | 60.18 173 | 80.13 124 | 71.75 132 | 86.12 111 | 93.92 92 | 77.08 51 | 86.56 101 | 85.12 94 | 85.83 161 | 81.18 124 |
|
tfpn111 | | | 71.60 175 | 74.66 178 | 68.04 171 | 77.97 159 | 76.44 145 | 77.04 171 | 62.68 150 | 66.81 191 | 50.69 203 | 62.10 223 | 75.67 192 | 52.46 195 | 85.06 118 | 82.64 118 | 87.42 131 | 73.87 163 |
|
conf200view11 | | | 72.00 173 | 75.40 173 | 68.04 171 | 77.97 159 | 76.44 145 | 77.04 171 | 62.68 150 | 66.81 191 | 50.69 203 | 67.30 212 | 75.67 192 | 52.46 195 | 85.06 118 | 82.64 118 | 87.42 131 | 73.87 163 |
|
thres100view900 | | | 69.86 181 | 72.97 185 | 66.24 187 | 77.97 159 | 72.49 173 | 73.29 197 | 59.12 178 | 66.81 191 | 50.82 201 | 67.30 212 | 75.67 192 | 50.54 203 | 78.24 178 | 79.40 153 | 85.71 163 | 70.88 179 |
|
tfpn200view9 | | | 72.01 172 | 75.40 173 | 68.06 170 | 77.97 159 | 76.44 145 | 77.04 171 | 62.67 152 | 66.81 191 | 50.82 201 | 67.30 212 | 75.67 192 | 52.46 195 | 85.06 118 | 82.64 118 | 87.41 133 | 73.86 165 |
|
Vis-MVSNet | | | 83.32 84 | 88.12 66 | 77.71 115 | 77.91 163 | 83.44 79 | 90.58 55 | 69.49 70 | 81.11 117 | 67.10 154 | 89.85 73 | 91.48 125 | 71.71 105 | 91.34 57 | 89.37 58 | 89.48 93 | 90.26 48 |
Jingyang Zhang, Yao Yao, Shiwei Li, Zixin Luo, Tian Fang: Visibility-aware Multiview Stereo Network. BMVC 2020 |
PatchMatch-RL | | | 76.05 145 | 76.64 165 | 75.36 127 | 77.84 164 | 69.87 181 | 81.09 146 | 63.43 140 | 71.66 173 | 68.34 150 | 71.70 195 | 81.76 170 | 74.98 69 | 84.83 127 | 83.44 108 | 86.45 149 | 73.22 170 |
|
conf0.01 | | | 69.59 182 | 71.01 188 | 67.95 173 | 77.74 165 | 76.09 151 | 77.04 171 | 62.58 153 | 66.81 191 | 50.54 205 | 63.00 221 | 51.78 229 | 52.46 195 | 84.53 129 | 82.64 118 | 87.32 136 | 72.19 174 |
|
conf0.002 | | | 68.60 186 | 69.17 193 | 67.92 176 | 77.66 166 | 76.01 152 | 77.04 171 | 62.56 154 | 66.81 191 | 50.51 206 | 61.21 226 | 44.01 234 | 52.46 195 | 84.44 130 | 80.29 140 | 87.31 137 | 71.44 176 |
|
tpmp4_e23 | | | 68.32 187 | 66.04 202 | 70.98 146 | 77.52 167 | 69.23 183 | 80.99 147 | 65.46 109 | 68.09 186 | 69.25 142 | 70.77 207 | 54.03 226 | 59.35 156 | 69.01 212 | 63.02 209 | 73.34 196 | 68.15 189 |
|
CANet_DTU | | | 75.04 150 | 78.45 147 | 71.07 144 | 77.27 168 | 77.96 129 | 83.88 133 | 58.00 185 | 64.11 206 | 68.67 148 | 75.65 179 | 88.37 147 | 53.92 182 | 82.05 159 | 81.11 130 | 84.67 170 | 79.88 134 |
|
MS-PatchMatch | | | 71.18 179 | 73.99 181 | 67.89 177 | 77.16 169 | 71.76 175 | 77.18 170 | 56.38 192 | 67.35 187 | 55.04 181 | 74.63 185 | 75.70 191 | 62.38 149 | 76.62 184 | 75.97 179 | 79.22 186 | 75.90 153 |
|
new-patchmatchnet | | | 62.59 206 | 73.79 182 | 49.53 224 | 76.98 170 | 53.57 219 | 53.46 234 | 54.64 196 | 85.43 70 | 28.81 234 | 91.94 43 | 96.41 35 | 25.28 231 | 76.80 182 | 53.66 228 | 57.99 225 | 58.69 214 |
|
thresconf0.02 | | | 66.71 194 | 68.28 199 | 64.89 196 | 76.83 171 | 70.38 177 | 71.62 204 | 58.90 181 | 77.64 144 | 47.04 211 | 62.10 223 | 46.01 232 | 51.32 202 | 78.85 175 | 76.09 177 | 83.62 177 | 66.85 192 |
|
GBi-Net | | | 73.17 162 | 77.64 154 | 67.95 173 | 76.76 172 | 77.36 135 | 75.77 187 | 64.57 119 | 62.99 211 | 51.83 197 | 76.05 173 | 77.76 181 | 52.73 191 | 85.57 110 | 83.39 109 | 86.04 156 | 80.37 129 |
|
PVSNet_BlendedMVS | | | 76.45 142 | 78.12 150 | 74.49 132 | 76.76 172 | 78.46 125 | 79.65 156 | 63.26 142 | 65.42 201 | 73.15 123 | 75.05 183 | 88.96 141 | 66.51 135 | 82.73 147 | 77.66 170 | 87.61 128 | 78.60 145 |
|
PVSNet_Blended | | | 76.45 142 | 78.12 150 | 74.49 132 | 76.76 172 | 78.46 125 | 79.65 156 | 63.26 142 | 65.42 201 | 73.15 123 | 75.05 183 | 88.96 141 | 66.51 135 | 82.73 147 | 77.66 170 | 87.61 128 | 78.60 145 |
|
test1 | | | 73.17 162 | 77.64 154 | 67.95 173 | 76.76 172 | 77.36 135 | 75.77 187 | 64.57 119 | 62.99 211 | 51.83 197 | 76.05 173 | 77.76 181 | 52.73 191 | 85.57 110 | 83.39 109 | 86.04 156 | 80.37 129 |
|
FMVSNet2 | | | 74.43 153 | 79.70 142 | 68.27 168 | 76.76 172 | 77.36 135 | 75.77 187 | 65.36 111 | 72.28 169 | 52.97 190 | 81.92 137 | 85.61 157 | 52.73 191 | 80.66 170 | 79.73 145 | 86.04 156 | 80.37 129 |
|
IB-MVS | | 71.28 17 | 75.21 149 | 77.00 162 | 73.12 139 | 76.76 172 | 77.45 134 | 83.05 136 | 58.92 180 | 63.01 210 | 64.31 161 | 59.99 228 | 87.57 151 | 68.64 123 | 86.26 106 | 82.34 123 | 87.05 141 | 82.36 114 |
Christian Sormann, Mattia Rossi, Andreas Kuhn and Friedrich Fraundorfer: IB-MVS: An Iterative Algorithm for Deep Multi-View Stereo based on Binary Decisions. BMVC 2021 |
FC-MVSNet-test | | | 75.91 147 | 83.59 128 | 66.95 183 | 76.63 178 | 69.07 184 | 85.33 124 | 64.97 116 | 84.87 75 | 41.95 218 | 93.17 23 | 87.04 152 | 47.78 207 | 91.09 64 | 85.56 90 | 85.06 169 | 74.34 158 |
|
Anonymous20231206 | | | 67.28 191 | 73.41 183 | 60.12 205 | 76.45 179 | 63.61 202 | 74.21 194 | 56.52 191 | 76.35 152 | 42.23 217 | 75.81 178 | 90.47 133 | 41.51 216 | 74.52 189 | 69.97 195 | 69.83 206 | 63.17 203 |
|
FMVSNet3 | | | 71.40 178 | 75.20 177 | 66.97 182 | 75.00 180 | 76.59 143 | 74.29 193 | 64.57 119 | 62.99 211 | 51.83 197 | 76.05 173 | 77.76 181 | 51.49 201 | 76.58 185 | 77.03 175 | 84.62 171 | 79.43 136 |
|
tfpn_ndepth | | | 68.20 188 | 72.18 186 | 63.55 197 | 74.64 181 | 73.24 169 | 72.41 200 | 59.76 176 | 70.54 176 | 41.93 219 | 60.96 227 | 68.69 208 | 46.23 209 | 82.16 156 | 80.14 143 | 86.34 151 | 69.56 184 |
|
tpm cat1 | | | 64.79 200 | 62.74 216 | 67.17 181 | 74.61 182 | 65.91 195 | 76.18 184 | 59.32 177 | 64.88 204 | 66.41 158 | 71.21 200 | 53.56 227 | 59.17 157 | 61.53 228 | 58.16 221 | 67.33 211 | 63.95 199 |
|
UGNet | | | 79.62 125 | 85.91 88 | 72.28 141 | 73.52 183 | 83.91 73 | 86.64 116 | 69.51 69 | 79.85 127 | 62.57 167 | 85.82 115 | 89.63 136 | 53.18 187 | 88.39 88 | 87.35 71 | 88.28 109 | 86.43 78 |
Wanjuan Su, Qingshan Xu, Wenbing Tao: Uncertainty-guided Multi-view Stereo Network for Depth Estimation. IEEE Transactions on Circuits and Systems for Video Technology, 2022 |
diffmvs | | | 73.65 156 | 77.10 160 | 69.63 160 | 73.21 184 | 69.52 182 | 79.35 160 | 57.48 186 | 73.80 162 | 68.08 151 | 87.10 102 | 82.39 167 | 61.36 151 | 74.27 191 | 74.51 182 | 78.31 189 | 78.14 147 |
|
HyFIR lowres test | | | 73.29 159 | 74.14 180 | 72.30 140 | 73.08 185 | 78.33 127 | 83.12 134 | 62.41 157 | 63.81 207 | 62.13 168 | 76.67 166 | 78.50 178 | 71.09 108 | 74.13 192 | 77.47 173 | 81.98 181 | 70.10 181 |
|
MIMVSNet1 | | | 73.40 158 | 81.85 138 | 63.55 197 | 72.90 186 | 64.37 199 | 84.58 129 | 53.60 203 | 90.84 18 | 53.92 185 | 87.75 94 | 96.10 45 | 45.31 210 | 85.37 115 | 79.32 154 | 70.98 204 | 69.18 187 |
|
CostFormer | | | 66.81 193 | 66.94 200 | 66.67 185 | 72.79 187 | 68.25 188 | 79.55 159 | 55.57 194 | 65.52 200 | 62.77 166 | 76.98 163 | 60.09 215 | 56.73 166 | 65.69 222 | 62.35 210 | 72.59 197 | 69.71 183 |
|
CR-MVSNet | | | 69.56 183 | 68.34 198 | 70.99 145 | 72.78 188 | 67.63 189 | 64.47 223 | 67.74 87 | 59.93 220 | 72.30 127 | 80.10 144 | 56.77 220 | 65.04 138 | 71.64 205 | 72.91 186 | 83.61 178 | 69.40 185 |
|
v52 | | | 86.26 55 | 90.85 41 | 80.91 74 | 72.49 189 | 81.25 104 | 90.55 58 | 60.30 171 | 90.43 25 | 87.24 23 | 94.64 11 | 98.30 10 | 83.16 18 | 92.86 43 | 86.82 79 | 91.69 69 | 91.65 37 |
|
V4 | | | 86.26 55 | 90.85 41 | 80.91 74 | 72.49 189 | 81.25 104 | 90.55 58 | 60.31 170 | 90.44 24 | 87.23 25 | 94.64 11 | 98.31 9 | 83.17 16 | 92.87 42 | 86.82 79 | 91.69 69 | 91.64 38 |
|
1111 | | | 55.38 224 | 59.51 226 | 50.57 223 | 72.41 191 | 48.16 228 | 69.76 210 | 57.08 187 | 76.79 150 | 32.10 231 | 80.12 142 | 35.41 238 | 25.87 228 | 67.23 215 | 57.74 222 | 46.17 233 | 51.09 226 |
|
.test1245 | | | 43.71 231 | 44.35 233 | 42.95 228 | 72.41 191 | 48.16 228 | 69.76 210 | 57.08 187 | 76.79 150 | 32.10 231 | 80.12 142 | 35.41 238 | 25.87 228 | 67.23 215 | 1.08 235 | 0.48 238 | 1.68 235 |
|
CVMVSNet | | | 75.65 148 | 77.62 156 | 73.35 138 | 71.95 193 | 69.89 180 | 83.04 137 | 60.84 169 | 69.12 181 | 68.76 146 | 79.92 147 | 78.93 177 | 73.64 86 | 81.02 167 | 81.01 132 | 81.86 182 | 83.43 99 |
|
IterMVS | | | 73.62 157 | 76.53 166 | 70.23 155 | 71.83 194 | 77.18 139 | 80.69 148 | 53.22 205 | 72.23 170 | 66.62 157 | 85.21 120 | 78.96 176 | 69.54 119 | 76.28 187 | 71.63 190 | 79.45 185 | 74.25 161 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Marc Pollefeys: IterMVS: Iterative Probability Estimation for Efficient Multi-View Stereo. |
DWT-MVSNet_training | | | 63.07 201 | 60.04 223 | 66.61 186 | 71.64 195 | 65.27 197 | 76.80 176 | 53.82 201 | 55.90 226 | 63.07 164 | 62.23 222 | 41.87 236 | 62.54 148 | 64.32 225 | 63.71 207 | 71.78 198 | 66.97 191 |
|
RPMNet | | | 67.02 192 | 63.99 210 | 70.56 152 | 71.55 196 | 67.63 189 | 75.81 185 | 69.44 71 | 59.93 220 | 63.24 163 | 64.32 217 | 47.51 231 | 59.68 154 | 70.37 209 | 69.64 196 | 83.64 176 | 68.49 188 |
|
dps | | | 65.14 197 | 64.50 208 | 65.89 192 | 71.41 197 | 65.81 196 | 71.44 205 | 61.59 163 | 58.56 223 | 61.43 169 | 75.45 181 | 52.70 228 | 58.06 161 | 69.57 211 | 64.65 205 | 71.39 202 | 64.77 196 |
|
MDTV_nov1_ep13_2view | | | 72.96 167 | 75.59 172 | 69.88 158 | 71.15 198 | 64.86 198 | 82.31 140 | 54.45 198 | 76.30 153 | 78.32 101 | 86.52 107 | 91.58 122 | 61.35 152 | 76.80 182 | 66.83 202 | 71.70 199 | 66.26 194 |
|
TAMVS | | | 63.02 202 | 69.30 192 | 55.70 213 | 70.12 199 | 56.89 212 | 69.63 212 | 45.13 216 | 70.23 178 | 38.00 228 | 77.79 154 | 75.15 197 | 42.60 213 | 74.48 190 | 72.81 188 | 68.70 209 | 57.75 217 |
|
tpm | | | 62.79 204 | 63.25 213 | 62.26 201 | 70.09 200 | 53.78 218 | 71.65 203 | 47.31 214 | 65.72 199 | 76.70 104 | 80.62 141 | 56.40 223 | 48.11 206 | 64.20 226 | 58.54 219 | 59.70 223 | 63.47 201 |
|
V42 | | | 79.59 126 | 83.59 128 | 74.93 131 | 69.61 201 | 77.05 141 | 86.59 117 | 55.84 193 | 78.42 142 | 77.29 103 | 89.84 74 | 95.08 75 | 74.12 77 | 83.05 140 | 80.11 144 | 86.12 153 | 81.59 121 |
|
PatchmatchNet | | | 64.81 199 | 63.74 212 | 66.06 191 | 69.21 202 | 58.62 209 | 73.16 198 | 60.01 175 | 65.92 197 | 66.19 159 | 76.27 168 | 59.09 216 | 60.45 153 | 66.58 219 | 61.47 217 | 67.33 211 | 58.24 215 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Pablo Speciale, Marc Pollefeys: PatchmatchNet: Learned Multi-View Patchmatch Stereo. |
CHOSEN 1792x2688 | | | 68.80 185 | 71.09 187 | 66.13 189 | 69.11 203 | 68.89 186 | 78.98 162 | 54.68 195 | 61.63 217 | 56.69 174 | 71.56 196 | 78.39 179 | 67.69 128 | 72.13 203 | 72.01 189 | 69.63 207 | 73.02 171 |
|
MIMVSNet | | | 63.02 202 | 69.02 194 | 56.01 211 | 68.20 204 | 59.26 208 | 70.01 209 | 53.79 202 | 71.56 174 | 41.26 222 | 71.38 198 | 82.38 168 | 36.38 219 | 71.43 207 | 67.32 200 | 66.45 213 | 59.83 212 |
|
CMPMVS | | 55.74 18 | 71.56 176 | 76.26 168 | 66.08 190 | 68.11 205 | 63.91 201 | 63.17 226 | 50.52 213 | 68.79 184 | 75.49 110 | 70.78 206 | 85.67 156 | 63.54 144 | 81.58 163 | 77.20 174 | 75.63 191 | 85.86 81 |
M. Jancosek, T. Pajdla: Multi-View Reconstruction Preserving Weakly-Supported Surfaces. CVPR 2011 |
EU-MVSNet | | | 76.48 141 | 80.53 141 | 71.75 142 | 67.62 206 | 70.30 178 | 81.74 142 | 54.06 200 | 75.47 157 | 71.01 136 | 80.10 144 | 93.17 103 | 73.67 85 | 83.73 135 | 77.85 168 | 82.40 180 | 83.07 103 |
|
tpmrst | | | 59.42 213 | 60.02 224 | 58.71 207 | 67.56 207 | 53.10 220 | 66.99 220 | 51.88 208 | 63.80 208 | 57.68 172 | 76.73 165 | 56.49 222 | 48.73 205 | 56.47 232 | 55.55 224 | 59.43 224 | 58.02 216 |
|
pmmvs5 | | | 68.91 184 | 74.35 179 | 62.56 200 | 67.45 208 | 66.78 193 | 71.70 202 | 51.47 210 | 67.17 190 | 56.25 176 | 82.41 134 | 88.59 145 | 47.21 208 | 73.21 201 | 74.23 183 | 81.30 183 | 68.03 190 |
|
MDTV_nov1_ep13 | | | 64.96 198 | 64.77 207 | 65.18 195 | 67.08 209 | 62.46 203 | 75.80 186 | 51.10 212 | 62.27 216 | 69.74 139 | 74.12 186 | 62.65 212 | 55.64 173 | 68.19 214 | 62.16 214 | 71.70 199 | 61.57 209 |
|
testpf | | | 55.64 223 | 50.84 232 | 61.24 202 | 67.03 210 | 54.45 217 | 72.29 201 | 65.04 114 | 37.23 235 | 54.99 182 | 53.99 230 | 43.12 235 | 44.34 211 | 55.22 233 | 51.59 231 | 63.76 218 | 60.25 211 |
|
E-PMN | | | 59.07 215 | 62.79 215 | 54.72 214 | 67.01 211 | 47.81 231 | 60.44 229 | 43.40 217 | 72.95 166 | 44.63 215 | 70.42 208 | 73.17 199 | 58.73 159 | 80.97 168 | 51.98 229 | 54.14 229 | 42.26 232 |
|
N_pmnet | | | 54.95 225 | 65.90 203 | 42.18 229 | 66.37 212 | 43.86 234 | 57.92 231 | 39.79 224 | 79.54 131 | 17.24 238 | 86.31 108 | 87.91 149 | 25.44 230 | 64.68 223 | 51.76 230 | 46.33 232 | 47.23 228 |
|
MVSTER | | | 68.08 190 | 69.73 191 | 66.16 188 | 66.33 213 | 70.06 179 | 75.71 190 | 52.36 207 | 55.18 229 | 58.64 171 | 70.23 209 | 56.72 221 | 57.34 163 | 79.68 173 | 76.03 178 | 86.61 145 | 80.20 133 |
|
EMVS | | | 58.97 216 | 62.63 217 | 54.70 215 | 66.26 214 | 48.71 227 | 61.74 227 | 42.71 218 | 72.80 168 | 46.00 213 | 73.01 193 | 71.66 200 | 57.91 162 | 80.41 172 | 50.68 232 | 53.55 230 | 41.11 233 |
|
anonymousdsp | | | 85.62 58 | 90.53 45 | 79.88 94 | 64.64 215 | 76.35 148 | 96.28 13 | 53.53 204 | 85.63 68 | 81.59 82 | 92.81 29 | 97.71 16 | 86.88 2 | 94.56 26 | 92.83 25 | 96.35 6 | 93.84 9 |
|
EPMVS | | | 56.62 220 | 59.77 225 | 52.94 218 | 62.41 216 | 50.55 226 | 60.66 228 | 52.83 206 | 65.15 203 | 41.80 220 | 77.46 159 | 57.28 219 | 42.68 212 | 59.81 230 | 54.82 225 | 57.23 226 | 53.35 221 |
|
testmv | | | 60.72 211 | 68.44 197 | 51.71 221 | 61.76 217 | 56.70 215 | 73.40 195 | 42.24 220 | 67.31 189 | 39.54 225 | 70.88 203 | 92.49 109 | 28.75 226 | 73.83 195 | 66.00 203 | 64.56 217 | 51.89 224 |
|
test1235678 | | | 60.73 210 | 68.46 196 | 51.71 221 | 61.76 217 | 56.73 214 | 73.40 195 | 42.24 220 | 67.34 188 | 39.55 224 | 70.90 202 | 92.54 107 | 28.75 226 | 73.84 194 | 66.00 203 | 64.57 216 | 51.90 223 |
|
FMVSNet5 | | | 56.37 221 | 60.14 222 | 51.98 220 | 60.83 219 | 59.58 207 | 66.85 221 | 42.37 219 | 52.68 231 | 41.33 221 | 47.09 234 | 54.68 224 | 35.28 220 | 73.88 193 | 70.77 192 | 65.24 215 | 62.26 206 |
|
ADS-MVSNet | | | 56.89 219 | 61.09 219 | 52.00 219 | 59.48 220 | 48.10 230 | 58.02 230 | 54.37 199 | 72.82 167 | 49.19 207 | 75.32 182 | 65.97 210 | 37.96 218 | 59.34 231 | 54.66 226 | 52.99 231 | 51.42 225 |
|
testus | | | 57.41 217 | 64.98 206 | 48.58 226 | 59.39 221 | 57.17 210 | 68.81 218 | 32.86 228 | 62.32 215 | 43.25 216 | 57.59 229 | 88.49 146 | 24.19 232 | 71.68 204 | 63.20 208 | 62.99 219 | 54.42 220 |
|
no-one | | | 78.59 131 | 85.28 95 | 70.79 149 | 59.01 222 | 68.77 187 | 76.62 177 | 46.06 215 | 80.25 123 | 75.75 109 | 81.85 138 | 97.75 15 | 83.63 12 | 90.99 67 | 87.20 73 | 83.67 174 | 90.14 49 |
|
new_pmnet | | | 52.29 227 | 63.16 214 | 39.61 231 | 58.89 223 | 44.70 233 | 48.78 236 | 34.73 227 | 65.88 198 | 17.85 237 | 73.42 190 | 80.00 174 | 23.06 233 | 67.00 218 | 62.28 213 | 54.36 228 | 48.81 227 |
|
test2356 | | | 51.28 229 | 53.40 231 | 48.80 225 | 58.53 224 | 52.10 223 | 63.63 225 | 40.83 223 | 51.94 232 | 39.35 227 | 53.46 231 | 45.22 233 | 28.78 225 | 64.39 224 | 60.77 218 | 61.70 220 | 45.92 229 |
|
MVS-HIRNet | | | 59.74 212 | 58.74 230 | 60.92 203 | 57.74 225 | 45.81 232 | 56.02 232 | 58.69 182 | 55.69 227 | 65.17 160 | 70.86 204 | 71.66 200 | 56.75 165 | 61.11 229 | 53.74 227 | 71.17 203 | 52.28 222 |
|
LP | | | 65.71 196 | 69.91 190 | 60.81 204 | 56.75 226 | 61.37 205 | 69.55 213 | 56.80 190 | 73.01 164 | 60.48 170 | 79.76 148 | 70.57 206 | 55.47 175 | 72.77 202 | 67.19 201 | 65.81 214 | 64.71 197 |
|
PatchT | | | 66.25 195 | 66.76 201 | 65.67 193 | 55.87 227 | 60.75 206 | 70.17 207 | 59.00 179 | 59.80 222 | 72.30 127 | 78.68 152 | 54.12 225 | 65.04 138 | 71.64 205 | 72.91 186 | 71.63 201 | 69.40 185 |
|
test-mter | | | 59.39 214 | 61.59 218 | 56.82 210 | 53.21 228 | 54.82 216 | 73.12 199 | 26.57 233 | 53.19 230 | 56.31 175 | 64.71 215 | 60.47 214 | 56.36 167 | 68.69 213 | 64.27 206 | 75.38 192 | 65.00 195 |
|
test12356 | | | 54.63 226 | 63.78 211 | 43.96 227 | 51.77 229 | 51.90 224 | 65.92 222 | 30.12 229 | 62.44 214 | 30.38 233 | 64.65 216 | 89.07 140 | 30.62 224 | 73.53 199 | 62.11 215 | 54.92 227 | 42.78 231 |
|
CHOSEN 280x420 | | | 56.32 222 | 58.85 229 | 53.36 217 | 51.63 230 | 39.91 235 | 69.12 217 | 38.61 225 | 56.29 225 | 36.79 229 | 48.84 233 | 62.59 213 | 63.39 146 | 73.61 198 | 67.66 199 | 60.61 221 | 63.07 204 |
|
TESTMET0.1,1 | | | 57.21 218 | 59.46 227 | 54.60 216 | 50.95 231 | 52.66 221 | 69.46 215 | 26.91 232 | 50.76 233 | 53.81 186 | 63.11 219 | 58.91 217 | 52.87 189 | 66.54 220 | 62.34 211 | 73.59 193 | 61.87 207 |
|
pmmvs3 | | | 62.72 205 | 68.71 195 | 55.74 212 | 50.74 232 | 57.10 211 | 70.05 208 | 28.82 231 | 61.57 219 | 57.39 173 | 71.19 201 | 85.73 155 | 53.96 181 | 73.36 200 | 69.43 197 | 73.47 195 | 62.55 205 |
|
MDA-MVSNet-bldmvs | | | 76.51 140 | 82.87 133 | 69.09 164 | 50.71 233 | 74.72 164 | 84.05 132 | 60.27 172 | 81.62 108 | 71.16 135 | 88.21 91 | 91.58 122 | 69.62 118 | 92.78 44 | 77.48 172 | 78.75 188 | 73.69 168 |
|
PMMVS | | | 61.98 208 | 65.61 204 | 57.74 208 | 45.03 234 | 51.76 225 | 69.54 214 | 35.05 226 | 55.49 228 | 55.32 179 | 68.23 211 | 78.39 179 | 58.09 160 | 70.21 210 | 71.56 191 | 83.42 179 | 63.66 200 |
|
PMMVS2 | | | 48.13 230 | 64.06 209 | 29.55 232 | 44.06 235 | 36.69 236 | 51.95 235 | 29.97 230 | 74.75 161 | 8.90 240 | 76.02 176 | 91.24 128 | 7.53 234 | 73.78 196 | 55.91 223 | 34.87 235 | 40.01 234 |
|
MVE | | 41.12 19 | 51.80 228 | 60.92 220 | 41.16 230 | 35.21 236 | 34.14 237 | 48.45 237 | 41.39 222 | 69.11 182 | 19.53 236 | 63.33 218 | 73.80 198 | 63.56 143 | 67.19 217 | 61.51 216 | 38.85 234 | 57.38 218 |
Simon Fuhrmann, Fabian Langguth, Michael Goesele: MVE - A Multi-View Reconstruction Environment. EUROGRAPHICS Workshops on Graphics and Cultural Heritage (2014) |
tmp_tt | | | | | 13.54 234 | 16.73 237 | 6.42 239 | 8.49 239 | 2.36 235 | 28.69 237 | 27.44 235 | 18.40 236 | 13.51 241 | 3.70 235 | 33.23 234 | 36.26 233 | 22.54 237 | |
|
test123 | | | 1.06 233 | 1.41 234 | 0.64 235 | 0.39 238 | 0.48 240 | 0.52 242 | 0.25 237 | 1.11 239 | 1.37 242 | 2.01 238 | 1.98 242 | 0.87 236 | 1.43 236 | 1.27 234 | 0.46 240 | 1.62 237 |
|
testmvs | | | 0.93 234 | 1.37 235 | 0.41 236 | 0.36 239 | 0.36 241 | 0.62 241 | 0.39 236 | 1.48 238 | 0.18 243 | 2.41 237 | 1.31 243 | 0.41 237 | 1.25 237 | 1.08 235 | 0.48 238 | 1.68 235 |
|
GG-mvs-BLEND | | | 41.63 232 | 60.36 221 | 19.78 233 | 0.14 240 | 66.04 194 | 55.66 233 | 0.17 238 | 57.64 224 | 2.42 241 | 51.82 232 | 69.42 207 | 0.28 238 | 64.11 227 | 58.29 220 | 60.02 222 | 55.18 219 |
|
sosnet-low-res | | | 0.00 235 | 0.00 236 | 0.00 237 | 0.00 241 | 0.00 242 | 0.00 243 | 0.00 239 | 0.00 240 | 0.00 244 | 0.00 239 | 0.00 244 | 0.00 239 | 0.00 238 | 0.00 237 | 0.00 241 | 0.00 238 |
|
sosnet | | | 0.00 235 | 0.00 236 | 0.00 237 | 0.00 241 | 0.00 242 | 0.00 243 | 0.00 239 | 0.00 240 | 0.00 244 | 0.00 239 | 0.00 244 | 0.00 239 | 0.00 238 | 0.00 237 | 0.00 241 | 0.00 238 |
|
MTAPA | | | | | | | | | | | 89.37 9 | | 94.85 80 | | | | | |
|
MTMP | | | | | | | | | | | 90.54 5 | | 95.16 72 | | | | | |
|
Patchmatch-RL test | | | | | | | | 4.13 240 | | | | | | | | | | |
|
NP-MVS | | | | | | | | | | 78.65 140 | | | | | | | | |
|
Patchmtry | | | | | | | 56.88 213 | 64.47 223 | 67.74 87 | | 72.30 127 | | | | | | | |
|
DeepMVS_CX | | | | | | | 17.78 238 | 20.40 238 | 6.69 234 | 31.41 236 | 9.80 239 | 38.61 235 | 34.88 240 | 33.78 221 | 28.41 235 | | 23.59 236 | 45.77 230 |
|