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Medical Image Segmentation on CVC-ClinicDB (test)

95.43DiceS2M-Net
-3.817221.948947.71573.4811Mar 7, 2022Nov 22, 2022Aug 9, 2023Apr 25, 2024Jan 10, 2025Sep 27, 2025Jun 14, 2026

Evaluation results

MethodLinks
S2M-NetLoss=MASL2026.0195.43————
PVT-EMCAD-B2#Params=26.76M, #FLOPs=5.6G, Resolution=256x2562024.0595.21————
PVT-EMCAD-B0#Params=3.92M, #FLOPs=0.84G, Resolution=256x2562024.0594.6————
PVT-CASCADE#Params=34.12M, #FLOPs=7.62G, Resolution=256x2562024.0594.53————
SSFormerVariant=L2022.0394.4789.95———
HadBalanceBackbone=nnUNet2026.0694.4189.85——75.07
MSRF-Net2022.0394.290.43———
SSFormer-L#Params=66.22M, #FLOPs=17.28G, Resolution=256x2562024.0594.18————
UACANet-L#Params=69.16M, #FLOPs=31.51G, Resolution=256x2562024.0594.16————
PolypPVT#Params=25.11M, #FLOPs=5.30G, Resolution=256x2562024.0594.13————
CaraNet#Params=46.64M, #FLOPs=11.48G, Resolution=256x2562024.0594.08————
TransUNet#Params=105.32M, #FLOPs=38.52G, Resolution=256x2562024.0593.9————
LatentFMApproach=Generative Segmentation Methods2025.1293.7188.16———
TransFuse#Params=143.74M, #FLOPs=82.71G, Resolution=256x2562024.0593.62————
SwinUNet2026.0693.5488.21——66.2
NASHBackbone=nnUNet2026.0693.5288.14——65.86
FairGradBackbone=nnUNet2026.0693.4988.06——65.05
nnUNet2026.0693.3888.55——73.46
LSBackbone=nnUNet2026.0693.3788.35——73.43
DeepLabv3+#Params=39.76M, #FLOPs=14.92G, Resolution=256x2562024.0593.24————
S2M-NetLoss=standard Dice loss2026.0192.95————
SSFormerVariant=S2022.0392.6887.59———
ACC-UNetparams=16.8M, FLOPS=38G2023.0892.67————
UCTransnetparams=66.4M, FLOPS=38.8G2023.0892.57————
SwinUNet#Params=27.17M, #FLOPs=6.2G, Resolution=224x2242024.0592.42————
Attention-UNet2026.0692.3186.77——69.86
AttnUNet#Params=34.88M, #FLOPs=66.64G, Resolution=256x2562024.0592.2————
UNet++#Params=9.16M, #FLOPs=34.65G, Resolution=256x2562024.0592.17————
UNet2026.0692.1286.51——68.56
UNet#Params=24.53M, #FLOPs=65.53G, Resolution=256x2562024.0592.11————
UNet++2026.0692.0486.37——68.54
UMambaLoss=MASL2026.0191.89————
TransUNetApproach=Deterministic Segmentation Methods2025.1291.885.9———
TransUNet2026.0691.7486.15——66.96
PraNet#Params=32.55M, #FLOPs=6.93G, Resolution=256x2562024.0591.71————
U-Net2022.0391.4586.54———
DuckNetLoss=MASL2026.0191.23————
TopoMamba-2DParam(M)=23.92026.0491.0582.37—98.91—
SwinUNetLoss=MASL2026.0190.78————
Swin-Unetparams=27.2M, FLOPS=6.2G2023.0890.69————
UNetparams=14M, FLOPS=37G2023.0890.66————
Swin-UMambaParam(M)=27.62026.0490.580.4—97.33—
PraNetLoss=MASL2026.0190.45————
TransUNetLoss=MASL2026.0190.34————
UMambaLoss=standard Dice loss2026.0190.23————
UNeXt#Params=1.47M, #FLOPs=0.57G, Resolution=256x2562024.0590.2————
VM-UNetParam(M)=31.02026.0489.8479.62—96.36—
DuckNetLoss=standard Dice loss2026.0189.78————
RAPUNetLoss=MASL2026.0189.67————
SMESwin-Unetparams=169.8M, FLOPS=6.4G2023.0889.62————
LatentDMApproach=Generative Segmentation Methods2025.1289.5681.11———
Mamba-UNetParam(M)=19.12026.0489.479.46—96.24—
U-Net++Loss=MASL2026.0189.12————
SwinUNetLoss=standard Dice loss2026.0189.12————
FMApproach=Generative Segmentation Methods2025.1289.0281———
Deeplabv3+2022.0388.9787.06———
U-MambaParam(M)=23.422026.0488.7479.08—96.3—
PraNetLoss=standard Dice loss2026.0188.67————
TransUNetLoss=standard Dice loss2026.0188.67————
MultiResUNetparams=7.3M, FLOPS=1.1G2023.0888.2————
U-NetLoss=MASL2026.0187.54————
RAPUNetLoss=standard Dice loss2026.0187.45————
U-Net++Loss=standard Dice loss2026.0186.89————
SwinUNetParam(M)=27.22026.0486.6779.21—95.67—
UNetParam(M)=31.02026.0486.1278.02—95.46—
U-NetLoss=standard Dice loss2026.0185.23————
U-Net++2022.0384.5375.59———
UNetApproach=Deterministic Segmentation Methods2025.1283.1374.69———
DMApproach=Generative Segmentation Methods2025.1282.4473.13———
nnUNetApproach=Deterministic Segmentation Methods2025.1281.373.3———
UNet++Approach=Deterministic Segmentation Methods2025.1280.1672.36———
Certified Medical Image Segmentation with Diffusion ModelsModel=ResUNet++, σ=0.25, R=0.172023.1065574——
SEGCERTIFYModel=ResUNet++, σ=0.25, R=0.172023.1063565——
Certified Medical Image Segmentation with Diffusion ModelsModel=ResUNet++, σ=0.50, R=0.342023.1045397——
Certified Medical Image Segmentation with Diffusion ModelsModel=ResUNet++, σ=1.00, R=0.672023.10262314——
SEGCERTIFYModel=ResUNet++, σ=0.50, R=0.342023.1015101——
SEGCERTIFYModel=ResUNet++, σ=1.00, R=0.672023.10000——