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Image Classification on ImageNet V2 (test)

84.3Top-1 AccuracyViT-e
68.28472.44276.680.758Jun 8, 2021Apr 4, 2022Jan 29, 2023Nov 26, 2023Sep 21, 2024Jul 18, 2025May 15, 2026

Evaluation results

MethodLinks
ViT-e2022.0984.3————————
PaLI-XResolution=756, Evaluation Protocol=fine-tuned2023.0583.66————————
ViT-G/14Backbone=ViT-G/142021.0683.33————————
ViT-G2022.0983.3————————
PaLI-XResolution=224, Evaluation Protocol=fine-tuned2023.0581.42————————
DREAM-ID2023.0980.4————————
NSBackbone=EfficientNet-L22021.0680.2————————
InfViT-Pure (24L)Year=Ours, Params (M)=331, Attention Type=Ours (InfSA-based)2026.0279.8————————
AutoAugment2023.0979.7————————
CutMix2023.0979.7————————
AugMix2023.0979.2————————
Generic Prompts2023.0979.2————————
InfViT-Pure (4L)Year=Ours, Params (M)=57.7, FLOPs (G)=59.0, Attention Type=Ours (InfSA-based)2026.0279.2————————
PaLI-17BResolution=224, Evaluation Protocol=fine-tuned2023.0578.91————————
RandAugment2023.0978.9————————
MEMO2023.0978.6————————
DeepAugment2023.0978.3————————
MAE-CTaugk=10, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0477.9————————
Original (no aug)data augmentation=none2023.0977.8————————
InfViT-Linear (24L)Year=Ours, Params (M)=305, Attention Type=Ours (InfSA-based)2026.0277.7————————
InfViT-Linear (4L)Year=Ours, Params (M)=53.5, FLOPs (G)=59.0, Attention Type=Ours (InfSA-based)2026.0277.4————————
RAVLT-LCost=Large model ~ 15.0G, Params(M)=95, FLOPS(G)=162024.1176.8————————
RAVLT-LYear='24, Params (M)=95, FLOPs (G)=16.0, Attention Type=Linear / sub-quadratic attention2026.0276.8————————
MLLA-BCost=Large model ~ 15.0G, Params(M)=96, FLOPS(G)=16.22024.1176.7————————
MLLA-BYear='24, Params (M)=96, FLOPs (G)=16.2, Attention Type=Linear / sub-quadratic attention2026.0276.7————————
Swin-B uparrow 384 (22k)Params (M)=88, MACs (B)=47.1, Input Resolution=384x3842022.0476.6————————
MAE-CTmink=10, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0476.6————————
MAE-CTmink=20, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0476.5————————
MAE-CTmink=30, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0476.5————————
MAE-CTmink=1, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0476.4————————
RAVLT-BCost=Base model ~ 10.0G, Params(M)=48, FLOPS(G)=9.92024.1176.3————————
RMT-LCost=Large model ~ 15.0G, Params(M)=95, FLOPS(G)=18.22024.1176.3————————
RMT-LYear='24, Params (M)=95, FLOPs (G)=18.2, Attention Type=Softmax / standard attention2026.0276.3————————
Mini-Swin-B uparrow 384Params (M)=47, MACs (B)=49.4, Input Resolution=384x3842022.0476.1————————
CLIPBackbone=ViT-L/142021.0675.9————————
RMT-BCost=Base model ~ 10.0G, Params(M)=54, FLOPS(G)=9.72024.1175.6————————
Swin-B (22k)Params (M)=88, MACs (B)=15.4, Input Resolution=224x2242022.0475.3————————
Mini-DeiT-B uparrow 384Params (M)=44, MACs (B)=56.9, Input Resolution=384x3842022.0475.2————————
RAVLT-SCost=Small model (~4.5G), Params(M)=26, FLOPS(G)=4.62024.1174.9————————
MLLA-SCost=Base model ~ 10.0G, Params(M)=43, FLOPS(G)=7.32024.1174.9————————
DeiT-B uparrow 384Params (M)=88, MACs (B)=55.7, Input Resolution=384x3842022.0474.8————————
Mini-Swin-BParams (M)=46, MACs (B)=15.7, Input Resolution=224x2242022.0474.4————————
MOAT-2Cost=Large model ~ 15.0G, Params(M)=73, FLOPS(G)=17.22024.1174.3————————
CaRotBackbone=OpenAI ViT-B/162026.0574.3————————
MOAT-1Cost=Base model ~ 10.0G, Params(M)=42, FLOPS(G)=9.12024.1174.2————————
RMT-SCost=Small model (~4.5G), Params(M)=27, FLOPS(G)=4.52024.1174.1————————
ViT-B/16Year='21, Params (M)=86, FLOPs (G)=17.6, Attention Type=Softmax / standard attention2026.0274.1————————
BiFormer-BCost=Base model ~ 10.0G, Params(M)=57, FLOPS(G)=9.82024.1174————————
SAE-FTBackbone=OpenAI ViT-B/162026.0573.9————————
Mini-Swin-SParams (M)=26, MACs (B)=8.9, Input Resolution=224x2242022.0473.8————————
StarFTBackbone=OpenAI ViT-B/162026.0573.8————————
EfficientNet-B5Params (M)=30, MACs (B)=9.9, Input Resolution=456x4562022.0473.6————————
BiFormer-SCost=Small model (~4.5G), Params(M)=26, FLOPS(G)=4.52024.1173.6————————
SMT-SCost=Small model (~4.5G), Params(M)=21, FLOPS(G)=4.72024.1173.3————————
MLLA-TCost=Small model (~4.5G), Params(M)=25, FLOPS(G)=4.22024.1173.3————————
XCIT-S24Cost=Base model ~ 10.0G, Params(M)=48, FLOPS(G)=9.12024.1173.3————————
Swin-B uparrow 384Params (M)=88, MACs (B)=47.1, Input Resolution=384x3842022.0473.2————————
Mini-DeiT-BParams (M)=44, MACs (B)=17.7, Input Resolution=224x2242022.0473————————
MOAT-0Cost=Small model (~4.5G), Params(M)=28, FLOPS(G)=5.72024.1172.8————————
CAR-FTBackbone=OpenAI ViT-B/162026.0572.8————————
WiSE-FTBackbone=OpenAI ViT-B/162026.0572.8————————
RAVLT-TCost=Tiny model (~2.5G), Params(M)=15, FLOPS(G)=2.42024.1172.7————————
FLYPBackbone=OpenAI ViT-B/162026.0572.7————————
Swin-BParams (M)=88, MACs (B)=15.4, Input Resolution=224x2242022.0472.5————————
RegNetY-16GFParams (M)=84, MACs (B)=15.9, Input Resolution=224x2242022.0472.4————————
DeiT-B uparrow 384Params (M)=87, MACs (B)=55.6, Input Resolution=384x3842022.0472.4————————
RMT-TCost=Tiny model (~2.5G), Params(M)=14, FLOPS(G)=2.52024.1172.1————————
ECA-Resnet269-DTraining procedure=A12021.1071.9————————
Swin-SParams (M)=50, MACs (B)=8.7, Input Resolution=224x2242022.0471.9————————
RegNetY-32GFTraining procedure=A12021.1071.7————————
EfficientNetV2-rw-MTraining procedure=A12021.1071.7————————
MAEk=-, Backbone=ViT-L/16, Evaluation protocol=linear probing2023.0471.7————————
FTBackbone=OpenAI ViT-B/162026.0571.7————————
DeiT-BParams (M)=86, MACs (B)=17.6, Input Resolution=224x2242022.0471.5————————
DeiT-BCost=Large model ~ 15.0G, Params(M)=86, FLOPS(G)=17.52024.1171.5————————
DeiT-BYear='21, Params (M)=86, FLOPs (G)=17.5, Attention Type=Softmax / standard attention2026.0271.5————————
RegNetY-16GFTraining procedure=A12021.1071.2————————
SENet-154Training procedure=A12021.1071.2————————
RegNetY-8GFTraining procedure=A12021.1071.1————————
SMT-TCost=Tiny model (~2.5G), Params(M)=12, FLOPS(G)=2.42024.1171————————
EfficientNet-B4Training procedure=A12021.1070.8————————
RegNetY-4GFTraining procedure=A12021.1070.7————————
BiFormer-TCost=Tiny model (~2.5G), Params(M)=13, FLOPS(G)=2.22024.1170.7————————
ResNet-152Training procedure=A12021.1070.6————————
Mini-Swin-TParams (M)=12, MACs (B)=4.6, Input Resolution=224x2242022.0470.5————————
EfficientNet-B3Training procedure=A12021.1070.4————————
ResNet-101Training procedure=A12021.1070.3————————
ALIGNBackbone=EfficientNet-L22021.0670.1————————
ALIGNTraining Dataset=ALIGN-1800M, Evaluation Protocol=Zero-shot, Resolution=640x640, Implementation Source=Official2022.1070.1————————
tiny-MOAT-2Cost=Tiny model (~2.5G), Params(M)=10, FLOPS(G)=2.32024.1170.1————————
ECA-ResNet50-TTraining procedure=A12021.1069.9————————
Swin-TParams (M)=28, MACs (B)=4.5, Input Resolution=224x2242022.0469.6————————
Mini-DeiT-SParams (M)=11, MACs (B)=4.7, Input Resolution=224x2242022.0469.5————————
ViT-STraining procedure=A12021.1069.4————————
ViT-BTraining procedure=A12021.1069.4————————
EfficientNet-B2Training procedure=A12021.1069.3————————
EfficientNetV2-rw-STraining procedure=A12021.1069.2————————
TuneCLIPBase Model=SigLIP ViT-B/162026.0169.02————————
BaselineBase Model=SigLIP ViT-B/162026.0168.93————————
ResNet-50-DTraining procedure=A12021.1068.9————————