WR-MVS | | | 99.22 3 | 99.15 5 | 99.30 2 | 99.54 11 | 99.62 1 | 99.63 4 | 99.45 1 | 97.75 14 | 98.47 21 | 99.71 5 | 99.05 38 | 98.88 4 | 99.54 5 | 99.49 2 | 99.81 1 | 98.87 8 |
|
WR-MVS_H | | | 98.97 9 | 98.82 13 | 99.14 8 | 99.56 9 | 99.56 4 | 99.54 11 | 99.42 2 | 96.07 38 | 98.37 23 | 99.34 30 | 99.09 31 | 98.43 18 | 99.45 10 | 99.41 5 | 99.53 10 | 98.86 9 |
|
PS-CasMVS | | | 99.08 4 | 98.90 10 | 99.28 3 | 99.65 3 | 99.56 4 | 99.59 6 | 99.39 3 | 96.36 33 | 98.83 13 | 99.46 21 | 99.09 31 | 98.62 10 | 99.51 7 | 99.36 8 | 99.63 3 | 98.97 6 |
|
UniMVSNet_ETH3D | | | 98.93 10 | 99.20 3 | 98.63 20 | 99.54 11 | 99.33 7 | 98.73 58 | 99.37 4 | 98.87 5 | 97.86 36 | 99.27 34 | 99.78 2 | 96.59 79 | 99.52 6 | 99.40 6 | 99.67 2 | 98.21 39 |
|
CP-MVSNet | | | 98.91 11 | 98.61 18 | 99.25 4 | 99.63 5 | 99.50 6 | 99.55 10 | 99.36 5 | 95.53 60 | 98.77 15 | 99.11 40 | 98.64 74 | 98.57 13 | 99.42 11 | 99.28 11 | 99.61 4 | 98.78 11 |
|
PEN-MVS | | | 99.08 4 | 98.95 8 | 99.23 5 | 99.65 3 | 99.59 2 | 99.64 2 | 99.34 6 | 96.68 26 | 98.65 16 | 99.43 23 | 99.33 14 | 98.47 17 | 99.50 8 | 99.32 9 | 99.60 5 | 98.79 10 |
|
DTE-MVSNet | | | 99.03 6 | 98.88 11 | 99.21 6 | 99.66 2 | 99.59 2 | 99.62 5 | 99.34 6 | 96.92 22 | 98.52 18 | 99.36 29 | 98.98 43 | 98.57 13 | 99.49 9 | 99.23 12 | 99.56 9 | 98.55 23 |
|
UA-Net | | | 98.66 16 | 98.60 21 | 98.73 15 | 99.83 1 | 99.28 9 | 98.56 66 | 99.24 8 | 96.04 39 | 97.12 68 | 98.44 72 | 98.95 48 | 98.17 26 | 99.15 21 | 99.00 18 | 99.48 17 | 99.33 2 |
|
gg-mvs-nofinetune | | | 94.13 158 | 93.93 152 | 94.37 171 | 97.99 119 | 95.86 166 | 95.45 187 | 99.22 9 | 97.61 15 | 95.10 144 | 99.50 19 | 84.50 183 | 81.73 205 | 95.31 145 | 94.12 157 | 96.71 159 | 90.59 178 |
|
SixPastTwentyTwo | | | 99.25 2 | 99.20 3 | 99.32 1 | 99.53 15 | 99.32 8 | 99.64 2 | 99.19 10 | 98.05 10 | 99.19 5 | 99.74 4 | 98.96 47 | 99.03 2 | 99.69 2 | 99.58 1 | 99.32 24 | 99.06 5 |
|
LTVRE_ROB | | 97.71 1 | 99.33 1 | 99.47 1 | 99.16 7 | 99.16 41 | 99.11 11 | 99.39 12 | 99.16 11 | 99.26 2 | 99.22 4 | 99.51 18 | 99.75 3 | 98.54 15 | 99.71 1 | 99.47 3 | 99.52 12 | 99.46 1 |
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 |
pmmvs6 | | | 98.77 13 | 99.35 2 | 98.09 40 | 98.32 93 | 98.92 20 | 98.57 64 | 99.03 12 | 99.36 1 | 96.86 81 | 99.77 3 | 99.86 1 | 96.20 94 | 99.56 4 | 99.39 7 | 99.59 6 | 98.61 20 |
|
Fast-Effi-MVS+-dtu | | | 94.34 154 | 93.26 161 | 95.62 149 | 97.82 134 | 95.97 165 | 95.86 174 | 99.01 13 | 86.88 188 | 93.39 177 | 90.83 190 | 95.46 148 | 90.61 167 | 94.46 158 | 94.68 151 | 97.01 148 | 94.51 149 |
|
TranMVSNet+NR-MVSNet | | | 98.45 18 | 98.22 29 | 98.72 16 | 99.32 32 | 99.06 14 | 98.99 33 | 98.89 14 | 95.52 61 | 97.53 47 | 99.42 25 | 98.83 59 | 98.01 32 | 98.55 47 | 98.34 50 | 99.57 8 | 97.80 55 |
|
DU-MVS | | | 98.23 25 | 97.74 53 | 98.81 12 | 99.23 34 | 98.77 33 | 98.76 52 | 98.88 15 | 94.10 107 | 98.50 19 | 98.87 51 | 98.32 91 | 97.99 33 | 98.40 55 | 98.08 67 | 99.49 16 | 97.64 63 |
|
NR-MVSNet | | | 98.00 41 | 97.88 43 | 98.13 38 | 98.33 91 | 98.77 33 | 98.83 49 | 98.88 15 | 94.10 107 | 97.46 51 | 98.87 51 | 98.58 79 | 95.78 102 | 99.13 22 | 98.16 61 | 99.52 12 | 97.53 71 |
|
UniMVSNet (Re) | | | 98.23 25 | 97.85 45 | 98.67 18 | 99.15 42 | 98.87 23 | 98.74 55 | 98.84 17 | 94.27 105 | 97.94 35 | 99.01 42 | 98.39 87 | 97.82 40 | 98.35 60 | 98.29 55 | 99.51 15 | 97.78 56 |
|
v7n | | | 99.03 6 | 99.03 7 | 99.02 9 | 99.09 54 | 99.11 11 | 99.57 9 | 98.82 18 | 98.21 9 | 99.25 2 | 99.84 2 | 99.59 5 | 98.76 6 | 99.23 16 | 98.83 27 | 98.63 66 | 98.40 32 |
|
UniMVSNet_NR-MVSNet | | | 98.12 35 | 97.56 60 | 98.78 13 | 99.13 47 | 98.89 22 | 98.76 52 | 98.78 19 | 93.81 115 | 98.50 19 | 98.81 55 | 97.64 114 | 97.99 33 | 98.18 66 | 97.92 70 | 99.53 10 | 97.64 63 |
|
Effi-MVS+ | | | 96.46 109 | 95.28 126 | 97.85 63 | 98.64 80 | 97.16 130 | 97.15 142 | 98.75 20 | 90.27 159 | 98.03 32 | 93.93 163 | 96.21 140 | 96.55 83 | 96.34 122 | 96.69 104 | 97.97 107 | 96.33 115 |
|
Baseline_NR-MVSNet | | | 98.17 29 | 97.90 42 | 98.48 27 | 99.23 34 | 98.59 50 | 98.83 49 | 98.73 21 | 93.97 112 | 96.95 75 | 99.66 7 | 98.23 96 | 97.90 37 | 98.40 55 | 99.06 16 | 99.25 27 | 97.42 78 |
|
DCV-MVSNet | | | 97.56 61 | 97.63 56 | 97.47 83 | 98.41 88 | 99.12 10 | 98.63 61 | 98.57 22 | 95.71 51 | 95.60 132 | 93.79 165 | 98.01 104 | 94.25 131 | 99.16 20 | 98.88 24 | 99.35 20 | 98.74 13 |
|
FC-MVSNet-test | | | 97.54 63 | 98.26 27 | 96.70 117 | 98.87 65 | 97.79 105 | 98.49 69 | 98.56 23 | 96.04 39 | 90.39 192 | 99.65 8 | 98.67 71 | 95.15 115 | 99.23 16 | 99.07 14 | 98.73 64 | 97.39 79 |
|
MIMVSNet1 | | | 98.22 28 | 98.51 22 | 97.87 61 | 99.40 26 | 98.82 29 | 99.31 14 | 98.53 24 | 97.39 17 | 96.59 90 | 99.31 32 | 99.23 26 | 94.76 123 | 98.93 28 | 98.67 33 | 98.63 66 | 97.25 86 |
|
FMVSNet1 | | | 97.40 76 | 98.09 34 | 96.60 121 | 97.80 137 | 98.76 36 | 98.26 80 | 98.50 25 | 96.79 24 | 93.13 180 | 99.28 33 | 98.64 74 | 92.90 150 | 97.67 78 | 97.86 73 | 99.02 36 | 97.64 63 |
|
zzz-MVS | | | 98.14 32 | 97.78 50 | 98.55 23 | 99.58 6 | 98.58 52 | 98.98 35 | 98.48 26 | 95.98 42 | 97.39 53 | 94.73 147 | 99.27 20 | 97.98 35 | 98.81 31 | 98.64 36 | 98.90 50 | 98.46 28 |
|
ACMMPR | | | 98.31 22 | 98.07 36 | 98.60 21 | 99.58 6 | 98.83 27 | 99.09 24 | 98.48 26 | 96.25 35 | 97.03 72 | 96.81 107 | 99.09 31 | 98.39 20 | 98.55 47 | 98.45 42 | 99.01 38 | 98.53 26 |
|
CR-MVSNet | | | 91.94 176 | 88.50 186 | 95.94 140 | 96.14 182 | 92.08 189 | 95.23 190 | 98.47 28 | 84.30 202 | 96.44 95 | 94.58 151 | 75.57 202 | 92.92 148 | 90.22 193 | 92.22 174 | 96.43 164 | 90.56 179 |
|
Patchmtry | | | | | | | 92.70 184 | 95.23 190 | 98.47 28 | | 96.44 95 | | | | | | | |
|
HFP-MVS | | | 98.17 29 | 98.02 37 | 98.35 33 | 99.36 28 | 98.62 48 | 98.79 51 | 98.46 30 | 96.24 36 | 96.53 92 | 97.13 104 | 98.98 43 | 98.02 31 | 98.20 63 | 98.42 44 | 98.95 47 | 98.54 24 |
|
MIMVSNet | | | 93.68 166 | 93.96 150 | 93.35 180 | 97.82 134 | 96.08 163 | 96.34 164 | 98.46 30 | 91.28 147 | 86.67 206 | 94.95 143 | 94.87 154 | 84.39 203 | 94.53 154 | 94.65 152 | 96.45 163 | 91.34 175 |
|
SteuartSystems-ACMMP | | | 98.06 38 | 97.78 50 | 98.39 31 | 99.54 11 | 98.79 31 | 98.94 40 | 98.42 32 | 93.98 111 | 95.85 118 | 96.66 112 | 99.25 24 | 98.61 11 | 98.71 38 | 98.38 47 | 98.97 43 | 98.67 18 |
Skip Steuart: Steuart Systems R&D Blog. |
SR-MVS | | | | | | 99.33 31 | | | 98.40 33 | | | | 98.90 51 | | | | | |
|
MP-MVS | | | 97.98 45 | 97.53 61 | 98.50 25 | 99.56 9 | 98.58 52 | 98.97 36 | 98.39 34 | 93.49 118 | 97.14 65 | 96.08 123 | 99.23 26 | 98.06 29 | 98.50 52 | 98.38 47 | 98.90 50 | 98.44 30 |
Rongxuan Tan, Qing Wang, et al.: MP-MVS: Multi-Scale Windows PatchMatch and Planar Prior Multi-View Stereo. |
CP-MVS | | | 98.00 41 | 97.57 59 | 98.50 25 | 99.47 21 | 98.56 55 | 98.91 42 | 98.38 35 | 94.71 86 | 97.01 73 | 95.20 137 | 99.06 35 | 98.20 24 | 98.61 44 | 98.46 40 | 99.02 36 | 98.40 32 |
|
X-MVS | | | 97.60 59 | 97.00 83 | 98.29 34 | 99.50 18 | 98.76 36 | 98.90 43 | 98.37 36 | 94.67 89 | 96.40 99 | 91.47 185 | 98.78 65 | 97.60 50 | 98.55 47 | 98.50 38 | 98.96 45 | 98.29 35 |
|
EPP-MVSNet | | | 97.29 78 | 96.88 88 | 97.76 70 | 98.70 74 | 99.10 13 | 98.92 41 | 98.36 37 | 95.12 73 | 93.36 178 | 97.39 97 | 91.00 175 | 97.65 47 | 98.72 36 | 98.91 21 | 99.58 7 | 97.92 51 |
|
PGM-MVS | | | 97.82 52 | 97.25 68 | 98.48 27 | 99.54 11 | 98.75 40 | 99.02 28 | 98.35 38 | 92.41 134 | 96.84 82 | 95.39 134 | 98.99 42 | 98.24 23 | 98.43 54 | 98.34 50 | 98.90 50 | 98.41 31 |
|
3Dnovator+ | | 96.20 4 | 97.58 60 | 97.14 75 | 98.10 39 | 98.98 62 | 97.85 99 | 98.60 63 | 98.33 39 | 96.41 31 | 97.23 63 | 94.66 150 | 97.26 123 | 96.91 70 | 97.91 68 | 97.87 72 | 98.53 73 | 98.03 45 |
|
APDe-MVS | | | 98.29 23 | 98.42 24 | 98.14 37 | 99.45 22 | 98.90 21 | 99.18 21 | 98.30 40 | 95.96 44 | 95.13 142 | 98.79 56 | 99.25 24 | 97.92 36 | 98.80 32 | 98.71 30 | 98.85 58 | 98.54 24 |
|
ACMMP | | | 97.99 43 | 97.60 58 | 98.45 29 | 99.53 15 | 98.83 27 | 99.13 23 | 98.30 40 | 94.57 92 | 96.39 103 | 95.32 135 | 98.95 48 | 98.37 21 | 98.61 44 | 98.47 39 | 99.00 39 | 98.45 29 |
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 |
TDRefinement | | | 99.00 8 | 99.13 6 | 98.86 10 | 98.99 61 | 99.05 16 | 99.58 7 | 98.29 42 | 98.96 4 | 97.96 34 | 99.40 26 | 98.67 71 | 98.87 5 | 99.60 3 | 99.46 4 | 99.46 18 | 98.74 13 |
|
LGP-MVS_train | | | 97.96 48 | 97.53 61 | 98.45 29 | 99.45 22 | 98.64 47 | 99.09 24 | 98.27 43 | 92.99 130 | 96.04 114 | 96.57 113 | 99.29 16 | 98.66 8 | 98.73 34 | 98.42 44 | 99.19 29 | 98.09 43 |
|
ACMM | | 94.29 11 | 98.12 35 | 97.71 54 | 98.59 22 | 99.51 17 | 98.58 52 | 99.24 17 | 98.25 44 | 96.22 37 | 96.90 76 | 95.01 141 | 98.89 53 | 98.52 16 | 98.66 41 | 98.32 53 | 99.13 31 | 98.28 38 |
Qingshan Xu and Wenbing Tao: Multi-Scale Geometric Consistency Guided Multi-View Stereo. CVPR 2019 |
Fast-Effi-MVS+ | | | 96.80 98 | 95.92 118 | 97.84 64 | 98.57 81 | 97.46 119 | 98.06 89 | 98.24 45 | 89.64 167 | 97.57 46 | 96.45 115 | 97.35 121 | 96.73 74 | 97.22 95 | 96.64 106 | 97.86 110 | 96.65 105 |
|
IS_MVSNet | | | 96.62 107 | 96.48 102 | 96.78 115 | 98.46 85 | 98.68 46 | 98.61 62 | 98.24 45 | 92.23 136 | 89.63 196 | 95.90 128 | 94.40 158 | 96.23 92 | 98.65 42 | 98.77 28 | 99.52 12 | 96.76 103 |
|
APD-MVS | | | 97.47 72 | 97.16 73 | 97.84 64 | 99.32 32 | 98.39 64 | 98.47 72 | 98.21 47 | 92.08 138 | 95.23 139 | 96.68 111 | 98.90 51 | 96.99 68 | 98.20 63 | 98.21 57 | 98.80 61 | 97.67 61 |
Yuesong Wang, Zhaojie Zeng and etc.: Adaptive Patch Deformation for Textureless-Resilient Multi-View Stereo. CVPR2023 |
HPM-MVS++ | | | 97.56 61 | 97.11 79 | 98.09 40 | 99.18 39 | 97.95 94 | 98.57 64 | 98.20 48 | 94.08 109 | 97.25 62 | 95.96 127 | 98.81 62 | 97.13 63 | 97.51 86 | 97.30 89 | 98.21 93 | 98.15 42 |
|
EPNet | | | 94.33 156 | 93.52 157 | 95.27 157 | 98.81 71 | 94.71 176 | 96.77 152 | 98.20 48 | 88.12 180 | 96.53 92 | 92.53 175 | 91.19 173 | 85.25 202 | 95.22 147 | 95.26 142 | 96.09 169 | 97.63 67 |
Wanjuan Su, Wenbing Tao: Efficient Edge-Preserving Multi-View Stereo Network for Depth Estimation. AAAI 2023 |
pm-mvs1 | | | 98.14 32 | 98.66 17 | 97.53 79 | 97.93 123 | 98.49 60 | 98.14 86 | 98.19 50 | 97.95 11 | 96.17 110 | 99.63 10 | 98.85 56 | 95.41 111 | 98.91 29 | 98.89 23 | 99.34 21 | 97.86 53 |
|
SCA | | | 91.15 183 | 87.65 190 | 95.23 160 | 96.15 181 | 95.68 168 | 96.68 156 | 98.18 51 | 90.46 156 | 97.21 64 | 92.44 177 | 80.17 194 | 93.51 144 | 86.04 201 | 83.58 197 | 89.68 198 | 85.21 198 |
|
v10 | | | 97.64 58 | 97.26 67 | 98.08 44 | 98.07 113 | 98.56 55 | 98.86 47 | 98.18 51 | 94.48 98 | 98.24 27 | 99.56 15 | 98.98 43 | 97.72 44 | 96.05 131 | 96.26 118 | 97.42 129 | 96.93 94 |
|
DVP-MVS | | | 98.27 24 | 98.61 18 | 97.87 61 | 99.17 40 | 99.03 17 | 99.07 26 | 98.17 53 | 96.75 25 | 94.35 158 | 98.92 46 | 99.58 6 | 97.86 39 | 98.67 40 | 98.70 31 | 98.63 66 | 98.63 19 |
|
v8 | | | 97.51 67 | 97.16 73 | 97.91 58 | 97.99 119 | 98.48 61 | 98.76 52 | 98.17 53 | 94.54 96 | 97.69 43 | 99.48 20 | 98.76 68 | 97.63 49 | 96.10 130 | 96.14 120 | 97.20 139 | 96.64 106 |
|
DeepC-MVS | | 96.08 5 | 98.58 17 | 98.49 23 | 98.68 17 | 99.37 27 | 98.52 58 | 99.01 32 | 98.17 53 | 97.17 20 | 98.25 26 | 99.56 15 | 99.62 4 | 98.29 22 | 98.40 55 | 98.09 64 | 98.97 43 | 98.08 44 |
Andreas Kuhn, Christian Sormann, Mattia Rossi, Oliver Erdler, Friedrich Fraundorfer: DeepC-MVS: Deep Confidence Prediction for Multi-View Stereo Reconstruction. 3DV 2020 |
CS-MVS | | | 96.24 114 | 94.67 141 | 98.08 44 | 99.10 52 | 98.62 48 | 98.25 81 | 98.12 56 | 87.70 182 | 97.76 39 | 88.13 197 | 96.08 143 | 96.39 89 | 97.64 82 | 98.10 63 | 98.84 60 | 96.39 113 |
|
MSP-MVS | | | 97.67 55 | 97.88 43 | 97.43 85 | 99.34 29 | 98.99 19 | 98.87 46 | 98.12 56 | 95.63 52 | 94.16 164 | 97.45 95 | 99.50 7 | 96.44 88 | 96.35 121 | 98.70 31 | 97.65 120 | 98.57 22 |
|
RPMNet | | | 90.52 185 | 86.27 199 | 95.48 152 | 95.95 187 | 92.08 189 | 95.55 183 | 98.12 56 | 84.30 202 | 95.60 132 | 87.49 199 | 72.78 207 | 91.24 158 | 87.93 196 | 89.34 186 | 96.41 165 | 89.98 182 |
|
ACMH | | 95.26 7 | 98.75 14 | 98.93 9 | 98.54 24 | 98.86 66 | 99.01 18 | 99.58 7 | 98.10 59 | 98.67 6 | 97.30 58 | 99.18 38 | 99.42 9 | 98.40 19 | 99.19 18 | 98.86 25 | 98.99 41 | 98.19 40 |
Qingshan Xu and Wenbing Tao: Multi-Scale Geometric Consistency Guided Multi-View Stereo. CVPR 2019 |
FC-MVSNet-train | | | 97.65 57 | 98.16 31 | 97.05 102 | 98.85 67 | 98.85 25 | 99.34 13 | 98.08 60 | 94.50 97 | 94.41 156 | 99.21 36 | 98.80 63 | 92.66 152 | 98.98 26 | 98.85 26 | 98.96 45 | 97.94 49 |
|
thisisatest0515 | | | 97.82 52 | 97.67 55 | 97.99 57 | 98.49 83 | 98.07 83 | 98.48 70 | 98.06 61 | 95.35 66 | 97.74 41 | 98.83 54 | 97.61 115 | 96.74 73 | 97.53 85 | 98.30 54 | 98.43 82 | 98.01 47 |
|
ACMP | | 94.03 12 | 97.97 47 | 97.61 57 | 98.39 31 | 99.43 25 | 98.51 59 | 98.97 36 | 98.06 61 | 94.63 90 | 96.10 112 | 96.12 122 | 99.20 28 | 98.63 9 | 98.68 39 | 98.20 60 | 99.14 30 | 97.93 50 |
Qingshan Xu and Wenbing Tao: Planar Prior Assisted PatchMatch Multi-View Stereo. AAAI 2020 |
Gipuma | | | 98.43 20 | 98.15 32 | 98.76 14 | 99.00 60 | 98.29 67 | 97.91 99 | 98.06 61 | 99.02 3 | 99.50 1 | 96.33 117 | 98.67 71 | 99.22 1 | 99.02 24 | 98.02 69 | 98.88 56 | 97.66 62 |
S. Galliani, K. Lasinger, K. Schindler: Massively Parallel Multiview Stereopsis by Surface Normal Diffusion. ICCV 2015 |
DPE-MVS | | | 97.99 43 | 98.12 33 | 97.84 64 | 98.65 79 | 98.86 24 | 98.86 47 | 98.05 64 | 94.18 106 | 95.49 135 | 98.90 47 | 99.33 14 | 97.11 64 | 98.53 50 | 98.65 35 | 98.86 57 | 98.39 34 |
|
MAR-MVS | | | 95.51 130 | 94.49 146 | 96.71 116 | 97.92 124 | 96.40 154 | 96.72 154 | 98.04 65 | 86.74 190 | 96.72 84 | 92.52 176 | 95.14 152 | 94.02 136 | 96.81 109 | 96.54 109 | 96.85 151 | 97.25 86 |
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 |
EIA-MVS | | | 96.23 116 | 94.85 138 | 97.84 64 | 99.08 55 | 98.21 69 | 97.69 109 | 98.03 66 | 85.68 196 | 98.09 30 | 91.75 183 | 97.07 128 | 95.66 108 | 97.58 84 | 97.72 77 | 98.47 77 | 95.91 126 |
|
TransMVSNet (Re) | | | 98.23 25 | 98.72 15 | 97.66 72 | 98.22 102 | 98.73 42 | 98.66 60 | 98.03 66 | 98.60 7 | 96.40 99 | 99.60 12 | 98.24 94 | 95.26 113 | 99.19 18 | 99.05 17 | 99.36 19 | 97.64 63 |
|
ACMMP_NAP | | | 98.12 35 | 98.08 35 | 98.18 36 | 99.34 29 | 98.74 41 | 98.97 36 | 98.00 68 | 95.13 72 | 96.90 76 | 97.54 94 | 99.27 20 | 97.18 62 | 98.72 36 | 98.45 42 | 98.68 65 | 98.69 15 |
|
CPTT-MVS | | | 97.08 87 | 96.25 105 | 98.05 50 | 99.21 36 | 98.30 66 | 98.54 68 | 97.98 69 | 94.28 103 | 95.89 117 | 89.57 194 | 98.54 81 | 98.18 25 | 97.82 71 | 97.32 87 | 98.54 71 | 97.91 52 |
|
IterMVS-LS | | | 96.35 110 | 95.85 119 | 96.93 108 | 97.53 149 | 98.00 90 | 97.37 128 | 97.97 70 | 95.49 63 | 96.71 87 | 98.94 45 | 93.23 164 | 94.82 122 | 93.15 175 | 95.05 144 | 97.17 141 | 97.12 90 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Marc Pollefeys: IterMVS: Iterative Probability Estimation for Efficient Multi-View Stereo. |
canonicalmvs | | | 97.11 84 | 96.88 88 | 97.38 86 | 98.34 90 | 98.72 44 | 97.52 120 | 97.94 71 | 95.60 53 | 95.01 147 | 94.58 151 | 94.50 157 | 96.59 79 | 97.84 70 | 98.03 68 | 98.90 50 | 98.91 7 |
|
Anonymous202405211 | | | | 97.39 63 | | 98.85 67 | 98.59 50 | 97.89 102 | 97.93 72 | 94.41 100 | | 97.37 98 | 96.99 130 | 93.09 147 | 98.61 44 | 98.46 40 | 99.11 33 | 97.27 84 |
|
LS3D | | | 97.93 49 | 97.80 47 | 98.08 44 | 99.20 37 | 98.77 33 | 98.89 44 | 97.92 73 | 96.59 28 | 96.99 74 | 96.71 110 | 97.14 127 | 96.39 89 | 99.04 23 | 98.96 19 | 99.10 35 | 97.39 79 |
|
ETV-MVS | | | 97.11 84 | 96.30 104 | 98.05 50 | 99.13 47 | 97.45 120 | 98.56 66 | 97.90 74 | 91.91 141 | 97.30 58 | 95.59 132 | 95.27 150 | 96.52 85 | 98.45 53 | 98.53 37 | 98.90 50 | 96.88 99 |
|
FMVSNet2 | | | 95.77 126 | 96.20 109 | 95.27 157 | 96.77 173 | 98.18 72 | 97.28 133 | 97.90 74 | 93.12 125 | 91.37 189 | 98.25 78 | 96.05 144 | 90.04 173 | 94.96 151 | 95.94 127 | 98.28 86 | 96.90 95 |
|
Effi-MVS+-dtu | | | 95.94 123 | 95.08 132 | 96.94 107 | 98.54 82 | 97.38 121 | 96.66 157 | 97.89 76 | 88.68 172 | 95.92 115 | 92.90 173 | 97.28 122 | 94.18 134 | 96.68 115 | 96.13 122 | 98.45 78 | 96.51 111 |
|
TSAR-MVS + ACMM | | | 97.54 63 | 97.79 48 | 97.26 91 | 98.23 100 | 98.10 82 | 97.71 108 | 97.88 77 | 95.97 43 | 95.57 134 | 98.71 63 | 98.57 80 | 97.36 56 | 97.74 74 | 96.81 100 | 96.83 154 | 98.59 21 |
|
SMA-MVS | | | 98.13 34 | 98.22 29 | 98.02 55 | 99.44 24 | 98.73 42 | 98.24 82 | 97.87 78 | 95.22 68 | 96.76 83 | 98.66 65 | 99.35 13 | 97.03 67 | 98.53 50 | 98.39 46 | 98.80 61 | 98.69 15 |
|
Vis-MVSNet (Re-imp) | | | 96.29 112 | 96.50 100 | 96.05 136 | 97.96 122 | 97.83 100 | 97.30 132 | 97.86 79 | 93.14 124 | 88.90 199 | 96.80 108 | 95.28 149 | 95.15 115 | 98.37 59 | 98.25 56 | 99.12 32 | 95.84 127 |
|
ACMH+ | | 94.90 8 | 98.40 21 | 98.71 16 | 98.04 52 | 98.93 63 | 98.84 26 | 99.30 15 | 97.86 79 | 97.78 13 | 94.19 163 | 98.77 59 | 99.39 11 | 98.61 11 | 99.33 13 | 99.07 14 | 99.33 22 | 97.81 54 |
|
Anonymous20231211 | | | 97.49 70 | 97.91 41 | 97.00 104 | 98.31 96 | 98.72 44 | 98.27 79 | 97.84 81 | 94.76 85 | 94.77 150 | 98.14 81 | 98.38 89 | 93.60 141 | 98.96 27 | 98.66 34 | 99.22 28 | 97.77 57 |
|
UGNet | | | 96.79 99 | 97.82 46 | 95.58 150 | 97.57 148 | 98.39 64 | 98.48 70 | 97.84 81 | 95.85 47 | 94.68 151 | 97.91 85 | 99.07 34 | 87.12 192 | 97.71 75 | 97.51 79 | 97.80 111 | 98.29 35 |
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 |
MVS_0304 | | | 97.18 83 | 96.84 91 | 97.58 75 | 99.15 42 | 98.19 71 | 98.11 87 | 97.81 83 | 92.36 135 | 98.06 31 | 97.43 96 | 99.06 35 | 94.24 132 | 96.80 110 | 96.54 109 | 98.12 99 | 97.52 72 |
|
SD-MVS | | | 97.84 50 | 97.78 50 | 97.90 59 | 98.33 91 | 98.06 84 | 97.95 96 | 97.80 84 | 96.03 41 | 96.72 84 | 97.57 92 | 99.18 29 | 97.50 51 | 97.88 69 | 97.08 92 | 99.11 33 | 98.68 17 |
Zhenlong Yuan, Jiakai Cao, Zhaoxin Li, Hao Jiang and Zhaoqi Wang: SD-MVS: Segmentation-driven Deformation Multi-View Stereo with Spherical Refinement and EM optimization. AAAI2024 |
OPM-MVS | | | 98.01 39 | 98.01 38 | 98.00 56 | 99.11 50 | 98.12 79 | 98.68 59 | 97.72 85 | 96.65 27 | 96.68 88 | 98.40 74 | 99.28 19 | 97.44 53 | 98.20 63 | 97.82 76 | 98.40 83 | 97.58 68 |
|
tfpnnormal | | | 97.66 56 | 97.79 48 | 97.52 81 | 98.32 93 | 98.53 57 | 98.45 73 | 97.69 86 | 97.59 16 | 96.12 111 | 97.79 88 | 96.70 132 | 95.69 105 | 98.35 60 | 98.34 50 | 98.85 58 | 97.22 89 |
|
COLMAP_ROB | | 96.84 2 | 98.75 14 | 98.82 13 | 98.66 19 | 99.14 45 | 98.79 31 | 99.30 15 | 97.67 87 | 98.33 8 | 97.82 38 | 99.20 37 | 99.18 29 | 98.76 6 | 99.27 15 | 98.96 19 | 99.29 26 | 98.03 45 |
Johannes L. Schönberger, Enliang Zheng, Marc Pollefeys, Jan-Michael Frahm: Pixelwise View Selection for Unstructured Multi-View Stereo. ECCV 2016 |
TSAR-MVS + GP. | | | 97.26 80 | 97.33 65 | 97.18 96 | 98.21 103 | 98.06 84 | 96.38 163 | 97.66 88 | 93.92 114 | 95.23 139 | 98.48 70 | 98.33 90 | 97.41 54 | 97.63 83 | 97.35 83 | 98.18 95 | 97.57 69 |
|
PVSNet_Blended_VisFu | | | 97.44 73 | 97.14 75 | 97.79 68 | 99.15 42 | 98.44 62 | 98.32 77 | 97.66 88 | 93.74 117 | 97.73 42 | 98.79 56 | 96.93 131 | 95.64 110 | 97.69 76 | 96.91 97 | 98.25 91 | 97.50 74 |
|
Vis-MVSNet | | | 98.01 39 | 98.42 24 | 97.54 78 | 96.89 170 | 98.82 29 | 99.14 22 | 97.59 90 | 96.30 34 | 97.04 71 | 99.26 35 | 98.83 59 | 96.01 99 | 98.73 34 | 98.21 57 | 98.58 70 | 98.75 12 |
Jingyang Zhang, Yao Yao, Shiwei Li, Zixin Luo, Tian Fang: Visibility-aware Multiview Stereo Network. BMVC 2020 |
GBi-Net | | | 95.21 137 | 95.35 124 | 95.04 162 | 96.77 173 | 98.18 72 | 97.28 133 | 97.58 91 | 88.43 177 | 90.28 193 | 96.01 124 | 92.43 167 | 90.04 173 | 97.67 78 | 97.86 73 | 98.28 86 | 96.90 95 |
|
test1 | | | 95.21 137 | 95.35 124 | 95.04 162 | 96.77 173 | 98.18 72 | 97.28 133 | 97.58 91 | 88.43 177 | 90.28 193 | 96.01 124 | 92.43 167 | 90.04 173 | 97.67 78 | 97.86 73 | 98.28 86 | 96.90 95 |
|
FMVSNet3 | | | 94.06 160 | 93.85 154 | 94.31 174 | 95.46 197 | 97.80 104 | 96.34 164 | 97.58 91 | 88.43 177 | 90.28 193 | 96.01 124 | 92.43 167 | 88.67 185 | 91.82 184 | 93.96 160 | 97.53 122 | 96.50 112 |
|
test20.03 | | | 96.08 118 | 96.80 93 | 95.25 159 | 99.19 38 | 97.58 111 | 97.24 137 | 97.56 94 | 94.95 79 | 91.91 187 | 98.58 67 | 98.03 102 | 87.88 188 | 97.43 88 | 96.94 96 | 97.69 117 | 94.05 157 |
|
NCCC | | | 96.56 108 | 95.68 120 | 97.59 74 | 99.04 58 | 97.54 116 | 97.67 110 | 97.56 94 | 94.84 82 | 96.10 112 | 87.91 198 | 98.09 99 | 96.98 69 | 97.20 96 | 96.80 101 | 98.21 93 | 97.38 82 |
|
CANet | | | 96.81 97 | 96.50 100 | 97.17 97 | 99.10 52 | 97.96 93 | 97.86 104 | 97.51 96 | 91.30 145 | 97.75 40 | 97.64 90 | 97.89 107 | 93.39 145 | 96.98 106 | 96.73 102 | 97.40 130 | 96.99 92 |
|
PatchT | | | 91.40 180 | 88.54 185 | 94.74 166 | 91.48 210 | 92.18 188 | 97.42 126 | 97.51 96 | 84.96 198 | 96.44 95 | 94.16 158 | 75.47 203 | 92.92 148 | 90.22 193 | 92.22 174 | 92.66 189 | 90.56 179 |
|
EPNet_dtu | | | 93.45 167 | 92.51 168 | 94.55 170 | 98.39 89 | 91.67 195 | 95.46 185 | 97.50 98 | 86.56 191 | 97.38 54 | 93.52 166 | 94.20 161 | 85.82 197 | 93.31 172 | 92.53 173 | 92.72 186 | 95.76 132 |
Wanjuan Su, Wenbing Tao: Efficient Edge-Preserving Multi-View Stereo Network for Depth Estimation. AAAI 2023 |
PHI-MVS | | | 97.44 73 | 97.17 72 | 97.74 71 | 98.14 109 | 98.41 63 | 98.03 92 | 97.50 98 | 92.07 139 | 98.01 33 | 97.33 100 | 98.62 77 | 96.02 98 | 98.34 62 | 98.21 57 | 98.76 63 | 97.24 88 |
|
CSCG | | | 98.45 18 | 98.61 18 | 98.26 35 | 99.11 50 | 99.06 14 | 98.17 85 | 97.49 100 | 97.93 12 | 97.37 55 | 98.88 49 | 99.29 16 | 98.10 27 | 98.40 55 | 97.51 79 | 99.32 24 | 99.16 3 |
|
tfpn200view9 | | | 93.80 165 | 91.75 175 | 96.20 134 | 97.52 150 | 98.15 77 | 97.48 123 | 97.47 101 | 87.65 183 | 93.56 174 | 83.03 205 | 84.12 184 | 92.62 153 | 97.04 101 | 98.09 64 | 98.52 74 | 94.17 154 |
|
CDPH-MVS | | | 96.68 103 | 95.99 114 | 97.48 82 | 99.13 47 | 97.64 108 | 98.08 88 | 97.46 102 | 90.56 155 | 95.13 142 | 94.87 145 | 98.27 93 | 96.56 82 | 97.09 100 | 96.45 112 | 98.54 71 | 97.08 91 |
|
HyFIR lowres test | | | 95.05 140 | 93.54 156 | 96.81 114 | 97.81 136 | 96.88 141 | 98.18 83 | 97.46 102 | 94.28 103 | 94.98 148 | 96.57 113 | 92.89 166 | 96.15 96 | 90.90 192 | 91.87 177 | 96.28 166 | 91.35 174 |
|
thres600view7 | | | 94.34 154 | 92.31 170 | 96.70 117 | 98.19 105 | 98.12 79 | 97.85 105 | 97.45 104 | 91.49 143 | 93.98 167 | 84.27 201 | 82.02 190 | 94.24 132 | 97.04 101 | 98.76 29 | 98.49 75 | 94.47 151 |
|
thres200 | | | 93.98 163 | 91.90 174 | 96.40 131 | 97.66 141 | 98.12 79 | 97.20 138 | 97.45 104 | 90.16 161 | 93.82 168 | 83.08 204 | 83.74 186 | 93.80 138 | 97.04 101 | 97.48 81 | 98.49 75 | 93.70 161 |
|
v2v482 | | | 97.33 77 | 96.84 91 | 97.90 59 | 98.19 105 | 97.83 100 | 98.74 55 | 97.44 106 | 95.42 64 | 98.23 28 | 99.46 21 | 98.84 58 | 97.46 52 | 95.51 142 | 96.10 123 | 97.36 133 | 94.72 146 |
|
v1144 | | | 97.51 67 | 97.05 81 | 98.04 52 | 98.26 98 | 97.98 91 | 98.88 45 | 97.42 107 | 95.38 65 | 98.56 17 | 99.59 14 | 99.01 41 | 97.65 47 | 95.77 135 | 96.06 125 | 97.47 125 | 95.56 137 |
|
tpm | | | 89.84 189 | 86.81 196 | 93.36 179 | 96.60 176 | 91.92 193 | 95.02 192 | 97.39 108 | 86.79 189 | 96.54 91 | 95.03 139 | 69.70 211 | 87.66 189 | 88.79 195 | 86.19 192 | 86.95 206 | 89.27 186 |
|
gm-plane-assit | | | 91.85 177 | 87.91 188 | 96.44 130 | 99.14 45 | 98.25 68 | 99.02 28 | 97.38 109 | 95.57 56 | 98.31 24 | 99.34 30 | 51.00 216 | 88.93 182 | 93.16 174 | 91.57 178 | 95.85 170 | 86.50 196 |
|
train_agg | | | 96.68 103 | 95.93 117 | 97.56 76 | 99.08 55 | 97.16 130 | 98.44 75 | 97.37 110 | 91.12 149 | 95.18 141 | 95.43 133 | 98.48 85 | 97.36 56 | 96.48 118 | 95.52 137 | 97.95 108 | 97.34 83 |
|
thisisatest0530 | | | 94.81 146 | 93.06 162 | 96.85 113 | 98.01 116 | 97.18 129 | 96.93 148 | 97.36 111 | 89.73 166 | 95.80 121 | 94.98 142 | 77.88 199 | 94.89 119 | 96.73 112 | 97.35 83 | 98.13 98 | 97.54 70 |
|
tttt0517 | | | 94.81 146 | 93.04 163 | 96.88 112 | 98.15 108 | 97.37 122 | 96.99 145 | 97.36 111 | 89.51 168 | 95.74 124 | 94.89 144 | 77.53 201 | 94.89 119 | 96.94 107 | 97.35 83 | 98.17 96 | 97.70 60 |
|
anonymousdsp | | | 98.85 12 | 98.88 11 | 98.83 11 | 98.69 77 | 98.20 70 | 99.68 1 | 97.35 113 | 97.09 21 | 98.98 9 | 99.86 1 | 99.43 8 | 98.94 3 | 99.28 14 | 99.19 13 | 99.33 22 | 99.08 4 |
|
MCST-MVS | | | 96.79 99 | 96.08 111 | 97.62 73 | 98.78 72 | 97.52 117 | 98.01 94 | 97.32 114 | 93.20 122 | 95.84 119 | 93.97 162 | 98.12 98 | 97.34 58 | 96.34 122 | 95.88 130 | 98.45 78 | 97.51 73 |
|
AdaColmap | | | 95.85 125 | 94.65 142 | 97.26 91 | 98.70 74 | 97.20 127 | 97.33 131 | 97.30 115 | 91.28 147 | 95.90 116 | 88.16 196 | 96.17 141 | 96.60 78 | 97.34 91 | 96.82 99 | 97.71 114 | 95.60 136 |
|
v1192 | | | 97.52 66 | 97.03 82 | 98.09 40 | 98.31 96 | 98.01 89 | 98.96 39 | 97.25 116 | 95.22 68 | 98.89 11 | 99.64 9 | 98.83 59 | 97.68 46 | 95.63 138 | 95.91 128 | 97.47 125 | 95.97 125 |
|
v144192 | | | 97.49 70 | 96.99 85 | 98.07 47 | 98.11 112 | 97.95 94 | 99.02 28 | 97.21 117 | 94.90 81 | 98.88 12 | 99.53 17 | 98.89 53 | 97.75 42 | 95.59 139 | 95.90 129 | 97.43 128 | 96.16 119 |
|
CNVR-MVS | | | 97.03 90 | 96.77 95 | 97.34 87 | 98.89 64 | 97.67 107 | 97.64 113 | 97.17 118 | 94.40 101 | 95.70 128 | 94.02 160 | 98.76 68 | 96.49 87 | 97.78 73 | 97.29 90 | 98.12 99 | 97.47 75 |
|
DeepC-MVS_fast | | 95.38 6 | 97.53 65 | 97.30 66 | 97.79 68 | 98.83 70 | 97.64 108 | 98.18 83 | 97.14 119 | 95.57 56 | 97.83 37 | 97.10 105 | 98.80 63 | 96.53 84 | 97.41 89 | 97.32 87 | 98.24 92 | 97.26 85 |
Andreas Kuhn, Christian Sormann, Mattia Rossi, Oliver Erdler, Friedrich Fraundorfer: DeepC-MVS: Deep Confidence Prediction for Multi-View Stereo Reconstruction. 3DV 2020 |
MVS_Test | | | 95.34 136 | 94.88 137 | 95.89 141 | 96.93 169 | 96.84 145 | 96.66 157 | 97.08 120 | 90.06 163 | 94.02 165 | 97.61 91 | 96.64 133 | 93.59 142 | 92.73 179 | 94.02 159 | 97.03 147 | 96.24 116 |
|
v1921920 | | | 97.50 69 | 97.00 83 | 98.07 47 | 98.20 104 | 97.94 97 | 99.03 27 | 97.06 121 | 95.29 67 | 99.01 8 | 99.62 11 | 98.73 70 | 97.74 43 | 95.52 141 | 95.78 133 | 97.39 131 | 96.12 121 |
|
v1240 | | | 97.43 75 | 96.87 90 | 98.09 40 | 98.25 99 | 97.92 98 | 99.02 28 | 97.06 121 | 94.77 84 | 99.09 7 | 99.68 6 | 98.51 83 | 97.78 41 | 95.25 146 | 95.81 131 | 97.32 135 | 96.13 120 |
|
PMVS | | 90.51 17 | 97.77 54 | 97.98 39 | 97.53 79 | 98.68 78 | 98.14 78 | 97.67 110 | 97.03 123 | 96.43 29 | 98.38 22 | 98.72 62 | 97.03 129 | 94.44 128 | 99.37 12 | 99.30 10 | 98.98 42 | 96.86 100 |
Y. Furukawa, J. Ponce: Accurate, dense, and robust multiview stereopsis. PAMI (2010) |
v148 | | | 96.99 92 | 96.70 97 | 97.34 87 | 97.89 126 | 97.23 126 | 98.33 76 | 96.96 124 | 95.57 56 | 97.12 68 | 98.99 43 | 99.40 10 | 97.23 61 | 96.22 127 | 95.45 138 | 96.50 161 | 94.02 158 |
|
MSLP-MVS++ | | | 96.66 105 | 96.46 103 | 96.89 111 | 98.02 115 | 97.71 106 | 95.57 179 | 96.96 124 | 94.36 102 | 96.19 109 | 91.37 186 | 98.24 94 | 97.07 65 | 97.69 76 | 97.89 71 | 97.52 123 | 97.95 48 |
|
thres400 | | | 94.04 161 | 91.94 173 | 96.50 127 | 97.98 121 | 97.82 102 | 97.66 112 | 96.96 124 | 90.96 150 | 94.20 161 | 83.24 203 | 82.82 188 | 93.80 138 | 96.50 117 | 98.09 64 | 98.38 84 | 94.15 155 |
|
pmmvs-eth3d | | | 96.84 96 | 96.22 107 | 97.56 76 | 97.63 145 | 96.38 157 | 98.74 55 | 96.91 127 | 94.63 90 | 98.26 25 | 99.43 23 | 98.28 92 | 96.58 81 | 94.52 156 | 95.54 136 | 97.24 137 | 94.75 145 |
|
TSAR-MVS + MP. | | | 98.15 31 | 98.23 28 | 98.06 49 | 98.47 84 | 98.16 76 | 99.23 18 | 96.87 128 | 95.58 55 | 96.72 84 | 98.41 73 | 99.06 35 | 98.05 30 | 98.99 25 | 98.90 22 | 99.00 39 | 98.51 27 |
Zhenlong Yuan, Jiakai Cao, Zhaoqi Wang, Zhaoxin Li: TSAR-MVS: Textureless-aware Segmentation and Correlative Refinement Guided Multi-View Stereo. Pattern Recognition |
MVS_111021_HR | | | 97.27 79 | 97.11 79 | 97.46 84 | 98.46 85 | 97.82 102 | 97.50 121 | 96.86 129 | 94.97 77 | 97.13 67 | 96.99 106 | 98.39 87 | 96.82 72 | 97.65 81 | 97.38 82 | 98.02 103 | 96.56 109 |
|
MDTV_nov1_ep13_2view | | | 94.39 153 | 93.34 159 | 95.63 148 | 97.23 164 | 95.33 171 | 97.76 106 | 96.84 130 | 94.55 93 | 97.47 49 | 98.96 44 | 97.70 111 | 93.88 137 | 92.27 181 | 86.81 191 | 90.56 193 | 87.73 192 |
|
EG-PatchMatch MVS | | | 97.98 45 | 97.92 40 | 98.04 52 | 98.84 69 | 98.04 87 | 97.90 100 | 96.83 131 | 95.07 74 | 98.79 14 | 99.07 41 | 99.37 12 | 97.88 38 | 98.74 33 | 98.16 61 | 98.01 104 | 96.96 93 |
|
casdiffmvs | | | 97.00 91 | 97.36 64 | 96.59 122 | 97.65 142 | 97.98 91 | 98.06 89 | 96.81 132 | 95.78 49 | 92.77 186 | 99.40 26 | 99.26 23 | 95.65 109 | 96.70 113 | 96.39 114 | 98.59 69 | 95.99 124 |
|
DI_MVS_plusplus_trai | | | 95.48 131 | 94.51 144 | 96.61 120 | 97.13 165 | 97.30 123 | 98.05 91 | 96.79 133 | 93.75 116 | 95.08 145 | 96.38 116 | 89.76 178 | 94.95 118 | 93.97 166 | 94.82 150 | 97.64 121 | 95.63 135 |
|
3Dnovator | | 96.31 3 | 97.22 82 | 97.19 71 | 97.25 94 | 98.14 109 | 97.95 94 | 98.03 92 | 96.77 134 | 96.42 30 | 97.14 65 | 95.11 138 | 97.59 116 | 95.14 117 | 97.79 72 | 97.72 77 | 98.26 89 | 97.76 59 |
|
QAPM | | | 97.04 89 | 97.14 75 | 96.93 108 | 97.78 140 | 98.02 88 | 97.36 130 | 96.72 135 | 94.68 88 | 96.23 105 | 97.21 102 | 97.68 112 | 95.70 104 | 97.37 90 | 97.24 91 | 97.78 113 | 97.77 57 |
|
PatchmatchNet | | | 89.98 187 | 86.23 200 | 94.36 173 | 96.56 177 | 91.90 194 | 96.07 171 | 96.72 135 | 90.18 160 | 96.87 78 | 93.36 170 | 78.06 198 | 91.46 156 | 84.71 205 | 81.40 203 | 88.45 201 | 83.97 204 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Pablo Speciale, Marc Pollefeys: PatchmatchNet: Learned Multi-View Patchmatch Stereo. |
testgi | | | 94.81 146 | 96.05 113 | 93.35 180 | 99.06 57 | 96.87 143 | 97.57 118 | 96.70 137 | 95.77 50 | 88.60 201 | 93.19 171 | 98.87 55 | 81.21 206 | 97.03 104 | 96.64 106 | 96.97 150 | 93.99 159 |
|
HQP-MVS | | | 95.97 122 | 95.01 135 | 97.08 99 | 98.72 73 | 97.19 128 | 97.07 143 | 96.69 138 | 91.49 143 | 95.77 123 | 92.19 179 | 97.93 105 | 96.15 96 | 94.66 153 | 94.16 155 | 98.10 101 | 97.45 76 |
|
PLC | | 92.55 15 | 96.10 117 | 95.36 123 | 96.96 105 | 98.13 111 | 96.88 141 | 96.49 161 | 96.67 139 | 94.07 110 | 95.71 127 | 91.14 187 | 96.09 142 | 96.84 71 | 96.70 113 | 96.58 108 | 97.92 109 | 96.03 122 |
Jie Liao, Yanping Fu, Qingan Yan, Chunxia xiao: Pyramid Multi-View Stereo with Local Consistency. Pacific Graphics 2019 |
Anonymous20231206 | | | 95.69 129 | 95.68 120 | 95.70 146 | 98.32 93 | 96.95 139 | 97.37 128 | 96.65 140 | 93.33 120 | 93.61 172 | 98.70 64 | 98.03 102 | 91.04 161 | 95.07 149 | 94.59 153 | 97.20 139 | 93.09 168 |
|
PCF-MVS | | 92.69 14 | 95.98 121 | 95.05 133 | 97.06 101 | 98.43 87 | 97.56 114 | 97.76 106 | 96.65 140 | 89.95 164 | 95.70 128 | 96.18 121 | 98.48 85 | 95.74 103 | 93.64 167 | 93.35 168 | 98.09 102 | 96.18 118 |
Andreas Kuhn, Shan Lin, Oliver Erdler: Plane Completion and Filtering for Multi-View Stereo Reconstruction. GCPR 2019 |
ET-MVSNet_ETH3D | | | 93.18 169 | 90.80 180 | 95.95 139 | 96.05 184 | 96.07 164 | 96.92 149 | 96.51 142 | 89.34 169 | 95.63 130 | 94.08 159 | 72.31 210 | 93.13 146 | 94.33 160 | 94.83 148 | 97.44 127 | 94.65 147 |
|
CDS-MVSNet | | | 94.91 143 | 95.17 129 | 94.60 169 | 97.85 128 | 96.21 161 | 96.90 151 | 96.39 143 | 90.81 152 | 93.40 176 | 97.24 101 | 94.54 156 | 85.78 198 | 96.25 125 | 96.15 119 | 97.26 136 | 95.01 143 |
Khang Truong Giang, Soohwan Song, Sungho Jo: Curvature-guided dynamic scale networks for Multi-view Stereo. ICLR 2022 |
baseline1 | | | 93.89 164 | 92.82 166 | 95.14 161 | 97.62 146 | 96.97 138 | 96.12 170 | 96.36 144 | 91.30 145 | 91.53 188 | 94.68 148 | 80.72 192 | 90.80 165 | 95.71 136 | 96.29 116 | 98.44 81 | 94.09 156 |
|
MVS-HIRNet | | | 88.72 195 | 86.49 197 | 91.33 196 | 91.81 208 | 85.66 208 | 87.02 211 | 96.25 145 | 81.48 209 | 94.82 149 | 96.31 119 | 92.14 170 | 90.32 170 | 87.60 197 | 83.82 195 | 87.74 203 | 78.42 208 |
|
TinyColmap | | | 96.64 106 | 96.07 112 | 97.32 89 | 97.84 133 | 96.40 154 | 97.63 115 | 96.25 145 | 95.86 46 | 98.98 9 | 97.94 84 | 96.34 139 | 96.17 95 | 97.30 93 | 95.38 141 | 97.04 146 | 93.24 165 |
|
abl_6 | | | | | 96.45 129 | 97.79 139 | 97.28 124 | 97.16 141 | 96.16 147 | 89.92 165 | 95.72 126 | 91.59 184 | 97.16 126 | 94.37 130 | | | 97.51 124 | 95.49 138 |
|
pmmvs4 | | | 95.37 135 | 94.25 147 | 96.67 119 | 97.01 168 | 95.28 172 | 97.60 116 | 96.07 148 | 93.11 126 | 97.29 60 | 98.09 83 | 94.23 160 | 95.21 114 | 91.56 187 | 93.91 161 | 96.82 156 | 93.59 163 |
|
OpenMVS | | 94.63 9 | 95.75 127 | 95.04 134 | 96.58 123 | 97.85 128 | 97.55 115 | 96.71 155 | 96.07 148 | 90.15 162 | 96.47 94 | 90.77 192 | 95.95 145 | 94.41 129 | 97.01 105 | 96.95 95 | 98.00 105 | 96.90 95 |
|
IterMVS-SCA-FT | | | 95.16 139 | 93.95 151 | 96.56 125 | 97.89 126 | 96.69 147 | 96.94 147 | 96.05 150 | 93.06 129 | 97.35 56 | 98.79 56 | 91.45 172 | 95.93 101 | 92.78 177 | 91.00 181 | 95.22 174 | 93.91 160 |
|
V42 | | | 97.10 86 | 96.97 86 | 97.26 91 | 97.64 143 | 97.60 110 | 98.45 73 | 95.99 151 | 94.44 99 | 97.35 56 | 99.40 26 | 98.63 76 | 97.34 58 | 96.33 124 | 96.38 115 | 96.82 156 | 96.00 123 |
|
DPM-MVS | | | 94.86 144 | 93.90 153 | 95.99 138 | 98.19 105 | 96.52 149 | 96.29 168 | 95.95 152 | 93.11 126 | 94.61 153 | 88.17 195 | 96.44 137 | 93.77 140 | 93.33 170 | 93.54 166 | 97.11 143 | 96.22 117 |
|
dps | | | 88.36 197 | 84.32 204 | 93.07 182 | 93.86 204 | 92.29 187 | 94.89 195 | 95.93 153 | 83.50 204 | 93.13 180 | 91.87 182 | 67.79 213 | 90.32 170 | 85.99 202 | 83.22 199 | 90.28 196 | 85.56 197 |
|
DELS-MVS | | | 96.90 93 | 97.24 69 | 96.50 127 | 97.85 128 | 98.18 72 | 97.88 103 | 95.92 154 | 93.48 119 | 95.34 137 | 98.86 53 | 98.94 50 | 94.03 135 | 97.33 92 | 97.04 93 | 98.00 105 | 96.85 101 |
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 |
GA-MVS | | | 94.18 157 | 92.98 164 | 95.58 150 | 97.36 157 | 96.42 152 | 96.21 169 | 95.86 155 | 90.29 158 | 95.08 145 | 96.19 120 | 85.37 182 | 92.82 151 | 94.01 165 | 94.14 156 | 96.16 168 | 94.41 153 |
|
CostFormer | | | 89.06 194 | 85.65 201 | 93.03 185 | 95.88 188 | 92.40 186 | 95.30 189 | 95.86 155 | 86.49 193 | 93.12 182 | 93.40 169 | 74.18 205 | 88.25 186 | 82.99 206 | 81.46 202 | 89.77 197 | 88.66 189 |
|
EPMVS | | | 89.28 192 | 86.28 198 | 92.79 186 | 96.01 185 | 92.00 192 | 95.83 175 | 95.85 157 | 90.78 153 | 91.00 191 | 94.58 151 | 74.65 204 | 88.93 182 | 85.00 203 | 82.88 201 | 89.09 200 | 84.09 203 |
|
TSAR-MVS + COLMAP | | | 96.05 119 | 95.94 116 | 96.18 135 | 97.46 155 | 96.41 153 | 97.26 136 | 95.83 158 | 94.69 87 | 95.30 138 | 98.31 75 | 96.52 135 | 94.71 124 | 95.48 143 | 94.87 146 | 96.54 160 | 95.33 140 |
|
test-LLR | | | 89.77 190 | 87.47 192 | 92.45 188 | 98.01 116 | 89.77 202 | 93.25 204 | 95.80 159 | 81.56 207 | 89.19 197 | 92.08 180 | 79.59 195 | 85.77 200 | 91.47 189 | 89.04 189 | 92.69 187 | 88.75 187 |
|
test0.0.03 1 | | | 91.17 182 | 91.50 176 | 90.80 198 | 98.01 116 | 95.46 170 | 94.22 198 | 95.80 159 | 86.55 192 | 81.75 209 | 90.83 190 | 87.93 179 | 78.48 207 | 94.51 157 | 94.11 158 | 96.50 161 | 91.08 176 |
|
RPSCF | | | 97.83 51 | 98.27 26 | 97.31 90 | 98.23 100 | 98.06 84 | 97.44 125 | 95.79 161 | 96.90 23 | 95.81 120 | 98.76 60 | 98.61 78 | 97.70 45 | 98.90 30 | 98.36 49 | 98.90 50 | 98.29 35 |
|
OMC-MVS | | | 97.23 81 | 97.21 70 | 97.25 94 | 97.85 128 | 97.52 117 | 97.92 98 | 95.77 162 | 95.83 48 | 97.09 70 | 97.86 86 | 98.52 82 | 96.62 77 | 97.51 86 | 96.65 105 | 98.26 89 | 96.57 107 |
|
USDC | | | 96.30 111 | 95.64 122 | 97.07 100 | 97.62 146 | 96.35 159 | 97.17 140 | 95.71 163 | 95.52 61 | 99.17 6 | 98.11 82 | 97.46 118 | 95.67 106 | 95.44 144 | 93.60 164 | 97.09 144 | 92.99 169 |
|
MVSTER | | | 91.97 175 | 90.31 181 | 93.91 175 | 96.81 171 | 96.91 140 | 94.22 198 | 95.64 164 | 84.98 197 | 92.98 184 | 93.42 167 | 72.56 208 | 86.64 196 | 95.11 148 | 93.89 162 | 97.16 142 | 95.31 141 |
|
CANet_DTU | | | 94.96 142 | 94.62 143 | 95.35 154 | 98.03 114 | 96.11 162 | 96.92 149 | 95.60 165 | 88.59 174 | 97.27 61 | 95.27 136 | 96.50 136 | 88.77 184 | 95.53 140 | 95.59 135 | 95.54 172 | 94.78 144 |
|
CHOSEN 1792x2688 | | | 94.98 141 | 94.69 140 | 95.31 155 | 97.27 162 | 95.58 169 | 97.90 100 | 95.56 166 | 95.03 75 | 93.77 171 | 95.65 130 | 99.29 16 | 95.30 112 | 91.51 188 | 91.28 180 | 92.05 191 | 94.50 150 |
|
MVS_111021_LR | | | 96.86 94 | 96.72 96 | 97.03 103 | 97.80 137 | 97.06 137 | 97.04 144 | 95.51 167 | 94.55 93 | 97.47 49 | 97.35 99 | 97.68 112 | 96.66 75 | 97.11 99 | 96.73 102 | 97.69 117 | 96.57 107 |
|
DeepPCF-MVS | | 94.55 10 | 97.05 88 | 97.13 78 | 96.95 106 | 96.06 183 | 97.12 134 | 98.01 94 | 95.44 168 | 95.18 70 | 97.50 48 | 97.86 86 | 98.08 100 | 97.31 60 | 97.23 94 | 97.00 94 | 97.36 133 | 97.45 76 |
|
MDTV_nov1_ep13 | | | 90.30 186 | 87.32 194 | 93.78 176 | 96.00 186 | 92.97 183 | 95.46 185 | 95.39 169 | 88.61 173 | 95.41 136 | 94.45 156 | 80.39 193 | 89.87 176 | 86.58 199 | 83.54 198 | 90.56 193 | 84.71 200 |
|
ADS-MVSNet | | | 89.89 188 | 87.70 189 | 92.43 189 | 95.52 194 | 90.91 198 | 95.57 179 | 95.33 170 | 93.19 123 | 91.21 190 | 93.41 168 | 82.12 189 | 89.05 180 | 86.21 200 | 83.77 196 | 87.92 202 | 84.31 201 |
|
tpm cat1 | | | 87.19 199 | 82.78 206 | 92.33 190 | 95.66 191 | 90.61 199 | 94.19 200 | 95.27 171 | 86.97 187 | 94.38 157 | 90.91 189 | 69.40 212 | 87.21 191 | 79.57 209 | 77.82 206 | 87.25 205 | 84.18 202 |
|
PatchMatch-RL | | | 94.79 149 | 93.75 155 | 96.00 137 | 96.80 172 | 95.00 174 | 95.47 184 | 95.25 172 | 90.68 154 | 95.80 121 | 92.97 172 | 93.64 162 | 95.67 106 | 96.13 129 | 95.81 131 | 96.99 149 | 92.01 172 |
|
diffmvs | | | 95.86 124 | 96.21 108 | 95.44 153 | 97.25 163 | 96.85 144 | 96.99 145 | 95.23 173 | 94.96 78 | 92.82 185 | 98.89 48 | 98.85 56 | 93.52 143 | 94.21 162 | 94.25 154 | 96.84 153 | 95.49 138 |
|
thres100view900 | | | 92.93 170 | 90.89 179 | 95.31 155 | 97.52 150 | 96.82 146 | 96.41 162 | 95.08 174 | 87.65 183 | 93.56 174 | 83.03 205 | 84.12 184 | 91.12 160 | 94.53 154 | 96.91 97 | 98.17 96 | 93.21 166 |
|
baseline2 | | | 92.06 174 | 89.82 183 | 94.68 168 | 97.32 158 | 95.72 167 | 94.97 194 | 95.08 174 | 84.75 199 | 94.34 160 | 90.68 193 | 77.75 200 | 90.13 172 | 93.38 168 | 93.58 165 | 96.25 167 | 92.90 170 |
|
PVSNet_BlendedMVS | | | 95.44 133 | 95.09 130 | 95.86 142 | 97.31 160 | 97.13 132 | 96.31 166 | 95.01 176 | 88.55 175 | 96.23 105 | 94.55 154 | 97.75 109 | 92.56 154 | 96.42 119 | 95.44 139 | 97.71 114 | 95.81 128 |
|
PVSNet_Blended | | | 95.44 133 | 95.09 130 | 95.86 142 | 97.31 160 | 97.13 132 | 96.31 166 | 95.01 176 | 88.55 175 | 96.23 105 | 94.55 154 | 97.75 109 | 92.56 154 | 96.42 119 | 95.44 139 | 97.71 114 | 95.81 128 |
|
pmmvs5 | | | 95.70 128 | 95.22 127 | 96.26 133 | 96.55 178 | 97.24 125 | 97.50 121 | 94.99 178 | 90.95 151 | 96.87 78 | 98.47 71 | 97.40 119 | 94.45 127 | 92.86 176 | 94.98 145 | 97.23 138 | 94.64 148 |
|
CNLPA | | | 96.24 114 | 95.97 115 | 96.57 124 | 97.48 154 | 97.10 136 | 96.75 153 | 94.95 179 | 94.92 80 | 96.20 108 | 94.81 146 | 96.61 134 | 96.25 91 | 96.94 107 | 95.64 134 | 97.79 112 | 95.74 133 |
|
MDA-MVSNet-bldmvs | | | 95.45 132 | 95.20 128 | 95.74 145 | 94.24 202 | 96.38 157 | 97.93 97 | 94.80 180 | 95.56 59 | 96.87 78 | 98.29 76 | 95.24 151 | 96.50 86 | 98.65 42 | 90.38 183 | 94.09 178 | 91.93 173 |
|
FMVSNet5 | | | 89.65 191 | 87.60 191 | 92.04 191 | 95.63 193 | 96.61 148 | 94.82 196 | 94.75 181 | 80.11 210 | 87.72 204 | 77.73 209 | 73.81 206 | 83.81 204 | 95.64 137 | 96.08 124 | 95.49 173 | 93.21 166 |
|
tpmrst | | | 87.60 198 | 84.13 205 | 91.66 194 | 95.65 192 | 89.73 204 | 93.77 201 | 94.74 182 | 88.85 171 | 93.35 179 | 95.60 131 | 72.37 209 | 87.40 190 | 81.24 208 | 78.19 205 | 85.02 209 | 82.90 207 |
|
IterMVS | | | 94.48 151 | 93.46 158 | 95.66 147 | 97.52 150 | 96.43 151 | 97.20 138 | 94.73 183 | 92.91 132 | 96.44 95 | 98.75 61 | 91.10 174 | 94.53 126 | 92.10 183 | 90.10 185 | 93.51 181 | 92.84 171 |
Fangjinhua Wang, Silvano Galliani, Christoph Vogel, Marc Pollefeys: IterMVS: Iterative Probability Estimation for Efficient Multi-View Stereo. |
IB-MVS | | 92.44 16 | 93.33 168 | 92.15 172 | 94.70 167 | 97.42 156 | 96.39 156 | 95.57 179 | 94.67 184 | 86.40 194 | 93.59 173 | 78.28 208 | 95.76 147 | 89.59 178 | 95.88 134 | 95.98 126 | 97.39 131 | 96.34 114 |
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 |
PM-MVS | | | 96.85 95 | 96.62 99 | 97.11 98 | 97.13 165 | 96.51 150 | 98.29 78 | 94.65 185 | 94.84 82 | 98.12 29 | 98.59 66 | 97.20 124 | 97.41 54 | 96.24 126 | 96.41 113 | 97.09 144 | 96.56 109 |
|
CHOSEN 280x420 | | | 91.55 179 | 90.27 182 | 93.05 183 | 94.61 200 | 88.01 207 | 96.56 159 | 94.62 186 | 88.04 181 | 94.20 161 | 92.66 174 | 86.60 180 | 90.82 163 | 95.06 150 | 91.89 176 | 87.49 204 | 89.61 184 |
|
TAPA-MVS | | 93.96 13 | 96.79 99 | 96.70 97 | 96.90 110 | 97.64 143 | 97.58 111 | 97.54 119 | 94.50 187 | 95.14 71 | 96.64 89 | 96.76 109 | 97.90 106 | 96.63 76 | 95.98 132 | 96.14 120 | 98.45 78 | 97.39 79 |
Andrea Romanoni, Matteo Matteucci: TAPA-MVS: Textureless-Aware PAtchMatch Multi-View Stereo. ICCV 2019 |
MSDG | | | 96.27 113 | 96.17 110 | 96.38 132 | 97.85 128 | 96.27 160 | 96.55 160 | 94.41 188 | 94.55 93 | 95.62 131 | 97.56 93 | 97.80 108 | 96.22 93 | 97.17 98 | 96.27 117 | 97.67 119 | 93.60 162 |
|
new-patchmatchnet | | | 94.48 151 | 94.02 149 | 95.02 164 | 97.51 153 | 95.00 174 | 95.68 178 | 94.26 189 | 97.32 18 | 95.73 125 | 99.60 12 | 98.22 97 | 91.30 157 | 94.13 163 | 84.41 193 | 95.65 171 | 89.45 185 |
|
MS-PatchMatch | | | 94.84 145 | 94.76 139 | 94.94 165 | 96.38 179 | 94.69 177 | 95.90 173 | 94.03 190 | 92.49 133 | 93.81 169 | 95.79 129 | 96.38 138 | 94.54 125 | 94.70 152 | 94.85 147 | 94.97 176 | 94.43 152 |
|
N_pmnet | | | 92.46 171 | 92.38 169 | 92.55 187 | 97.91 125 | 93.47 180 | 97.42 126 | 94.01 191 | 96.40 32 | 88.48 202 | 98.50 69 | 98.07 101 | 88.14 187 | 91.04 191 | 84.30 194 | 89.35 199 | 84.85 199 |
|
baseline | | | 94.07 159 | 94.50 145 | 93.57 178 | 96.34 180 | 93.40 181 | 95.56 182 | 92.39 192 | 92.07 139 | 94.00 166 | 98.24 79 | 97.51 117 | 89.19 179 | 91.75 185 | 92.72 172 | 93.96 180 | 95.79 130 |
|
CLD-MVS | | | 96.73 102 | 96.92 87 | 96.51 126 | 98.70 74 | 97.57 113 | 97.64 113 | 92.07 193 | 93.10 128 | 96.31 104 | 98.29 76 | 99.02 40 | 95.99 100 | 97.20 96 | 96.47 111 | 98.37 85 | 96.81 102 |
Zhaoxin Li, Wangmeng Zuo, Zhaoqi Wang, Lei Zhang: Confidence-based Large-scale Dense Multi-view Stereo. IEEE Transaction on Image Processing, 2020 |
FPMVS | | | 94.70 150 | 94.99 136 | 94.37 171 | 95.84 189 | 93.20 182 | 96.00 172 | 91.93 194 | 95.03 75 | 94.64 152 | 94.68 148 | 93.29 163 | 90.95 162 | 98.07 67 | 97.34 86 | 96.85 151 | 93.29 164 |
|
EU-MVSNet | | | 96.03 120 | 96.23 106 | 95.80 144 | 95.48 196 | 94.18 178 | 98.99 33 | 91.51 195 | 97.22 19 | 97.66 44 | 99.15 39 | 98.51 83 | 98.08 28 | 95.92 133 | 92.88 171 | 93.09 184 | 95.72 134 |
|
DWT-MVSNet_training | | | 86.69 201 | 81.24 207 | 93.05 183 | 95.31 198 | 92.06 191 | 95.75 176 | 91.51 195 | 84.32 201 | 94.49 155 | 83.46 202 | 55.37 215 | 90.81 164 | 82.76 207 | 83.19 200 | 90.45 195 | 87.52 193 |
|
TAMVS | | | 92.46 171 | 93.34 159 | 91.44 195 | 97.03 167 | 93.84 179 | 94.68 197 | 90.60 197 | 90.44 157 | 85.31 207 | 97.14 103 | 93.03 165 | 85.78 198 | 94.34 159 | 93.67 163 | 95.22 174 | 90.93 177 |
|
MVE | | 72.99 18 | 85.37 204 | 89.43 184 | 80.63 204 | 74.43 212 | 71.94 213 | 88.25 210 | 89.81 198 | 93.27 121 | 67.32 211 | 96.32 118 | 91.83 171 | 90.40 169 | 93.36 169 | 90.79 182 | 73.55 211 | 88.49 190 |
Simon Fuhrmann, Fabian Langguth, Michael Goesele: MVE - A Multi-View Reconstruction Environment. EUROGRAPHICS Workshops on Graphics and Cultural Heritage (2014) |
CVMVSNet | | | 94.01 162 | 94.25 147 | 93.73 177 | 94.36 201 | 92.44 185 | 97.45 124 | 88.56 199 | 95.59 54 | 93.06 183 | 98.88 49 | 90.03 177 | 94.84 121 | 94.08 164 | 93.45 167 | 94.09 178 | 95.31 141 |
|
CMPMVS | | 71.81 19 | 92.34 173 | 92.85 165 | 91.75 193 | 92.70 206 | 90.43 200 | 88.84 209 | 88.56 199 | 85.87 195 | 94.35 158 | 90.98 188 | 95.89 146 | 91.14 159 | 96.14 128 | 94.83 148 | 94.93 177 | 95.78 131 |
M. Jancosek, T. Pajdla: Multi-View Reconstruction Preserving Weakly-Supported Surfaces. CVPR 2011 |
E-PMN | | | 86.94 200 | 85.10 202 | 89.09 203 | 95.77 190 | 83.54 211 | 89.89 208 | 86.55 201 | 92.18 137 | 87.34 205 | 94.02 160 | 83.42 187 | 89.63 177 | 93.32 171 | 77.11 207 | 85.33 207 | 72.09 209 |
|
PMMVS2 | | | 86.47 203 | 92.62 167 | 79.29 205 | 92.01 207 | 85.63 209 | 93.74 202 | 86.37 202 | 93.95 113 | 54.18 213 | 98.19 80 | 97.39 120 | 58.46 208 | 96.57 116 | 93.07 169 | 90.99 192 | 83.55 206 |
|
EMVS | | | 86.63 202 | 84.48 203 | 89.15 202 | 95.51 195 | 83.66 210 | 90.19 207 | 86.14 203 | 91.78 142 | 88.68 200 | 93.83 164 | 81.97 191 | 89.05 180 | 92.76 178 | 76.09 208 | 85.31 208 | 71.28 210 |
|
PMMVS | | | 91.67 178 | 91.47 177 | 91.91 192 | 89.43 211 | 88.61 206 | 94.99 193 | 85.67 204 | 87.50 185 | 93.80 170 | 94.42 157 | 94.88 153 | 90.71 166 | 92.26 182 | 92.96 170 | 96.83 154 | 89.65 183 |
|
test-mter | | | 89.16 193 | 88.14 187 | 90.37 199 | 94.79 199 | 91.05 197 | 93.60 203 | 85.26 205 | 81.65 206 | 88.32 203 | 92.22 178 | 79.35 197 | 87.03 193 | 92.28 180 | 90.12 184 | 93.19 183 | 90.29 181 |
|
TESTMET0.1,1 | | | 88.60 196 | 87.47 192 | 89.93 200 | 94.23 203 | 89.77 202 | 93.25 204 | 84.47 206 | 81.56 207 | 89.19 197 | 92.08 180 | 79.59 195 | 85.77 200 | 91.47 189 | 89.04 189 | 92.69 187 | 88.75 187 |
|
new_pmnet | | | 90.85 184 | 92.26 171 | 89.21 201 | 93.68 205 | 89.05 205 | 93.20 206 | 84.16 207 | 92.99 130 | 84.25 208 | 97.72 89 | 94.60 155 | 86.80 195 | 93.20 173 | 91.30 179 | 93.21 182 | 86.94 195 |
|
pmmvs3 | | | 91.20 181 | 91.40 178 | 90.96 197 | 91.71 209 | 91.08 196 | 95.41 188 | 81.34 208 | 87.36 186 | 94.57 154 | 95.02 140 | 94.30 159 | 90.42 168 | 94.28 161 | 89.26 187 | 92.30 190 | 88.49 190 |
|
DeepMVS_CX | | | | | | | 72.99 212 | 80.14 212 | 37.34 209 | 83.46 205 | 60.13 212 | 84.40 200 | 85.48 181 | 86.93 194 | 87.22 198 | | 79.61 210 | 87.32 194 |
|
tmp_tt | | | | | 45.72 206 | 60.00 213 | 38.74 214 | 45.50 214 | 12.18 210 | 79.58 211 | 68.42 210 | 67.62 210 | 65.04 214 | 22.12 209 | 84.83 204 | 78.72 204 | 66.08 212 | |
|
testmvs | | | 4.99 206 | 6.88 208 | 2.78 209 | 1.73 214 | 2.04 216 | 3.10 216 | 1.71 211 | 7.27 212 | 3.92 216 | 12.18 211 | 6.71 217 | 3.31 211 | 6.94 210 | 5.51 210 | 2.94 213 | 7.51 211 |
|
test123 | | | 4.41 207 | 5.71 209 | 2.88 208 | 1.28 215 | 2.21 215 | 3.09 217 | 1.65 212 | 6.35 213 | 4.98 215 | 8.53 212 | 3.88 218 | 3.46 210 | 5.79 211 | 5.71 209 | 2.85 214 | 7.50 212 |
|
GG-mvs-BLEND | | | 61.03 205 | 87.02 195 | 30.71 207 | 0.74 216 | 90.01 201 | 78.90 213 | 0.74 213 | 84.56 200 | 9.46 214 | 79.17 207 | 90.69 176 | 1.37 212 | 91.74 186 | 89.13 188 | 93.04 185 | 83.83 205 |
|
sosnet-low-res | | | 0.00 208 | 0.00 210 | 0.00 210 | 0.00 217 | 0.00 217 | 0.00 218 | 0.00 214 | 0.00 214 | 0.00 217 | 0.00 213 | 0.00 219 | 0.00 213 | 0.00 212 | 0.00 211 | 0.00 215 | 0.00 213 |
|
sosnet | | | 0.00 208 | 0.00 210 | 0.00 210 | 0.00 217 | 0.00 217 | 0.00 218 | 0.00 214 | 0.00 214 | 0.00 217 | 0.00 213 | 0.00 219 | 0.00 213 | 0.00 212 | 0.00 211 | 0.00 215 | 0.00 213 |
|
our_test_3 | | | | | | 97.32 158 | 95.13 173 | 97.59 117 | | | | | | | | | | |
|
test_part1 | | | | | | | | | | | | | | | | | | 98.16 41 |
|
ambc | | | | 96.78 94 | | 99.01 59 | 97.11 135 | 95.73 177 | | 95.91 45 | 99.25 2 | 98.56 68 | 97.17 125 | 97.04 66 | 96.76 111 | 95.22 143 | 96.72 158 | 96.73 104 |
|
MTAPA | | | | | | | | | | | 97.43 52 | | 99.27 20 | | | | | |
|
MTMP | | | | | | | | | | | 97.63 45 | | 99.03 39 | | | | | |
|
Patchmatch-RL test | | | | | | | | 17.42 215 | | | | | | | | | | |
|
XVS | | | | | | 99.48 19 | 98.76 36 | 99.22 19 | | | 96.40 99 | | 98.78 65 | | | | 98.94 48 | |
|
X-MVStestdata | | | | | | 99.48 19 | 98.76 36 | 99.22 19 | | | 96.40 99 | | 98.78 65 | | | | 98.94 48 | |
|
mPP-MVS | | | | | | 99.58 6 | | | | | | | 98.98 43 | | | | | |
|
NP-MVS | | | | | | | | | | 89.27 170 | | | | | | | | |
|