A curated list of awesome source-free domain adaptation resources. Your contributions are always welcome!
- Shallow Methods
- Image Classification
- Semantic Segmentation
- Object Detection
- Medical Image Analysis
- Video Classification
- 3D Perception
- Other CV Applications
- Beyond CV Applications
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MCFA/ACM/TPA
[Chidlovskii and Orabona, Proc. KDD 2016] Domain adaptation in the absence of source domain data [PDF] [G-Scholar] -
TPAe
[Clinchant et al., Proc. ACL 2016] Transductive adaptation of black box predictions [PDF] [G-Scholar] -
RWA
[Van Laarhoven and Marchiori, arXiv 2017] Unsupervised domain adaptation with random walks on target labelings [PDF] [G-Scholar] [CODE] -
AOT
[Nelakurthi et al., Proc. IEEE BigData 2018] Source free domain adaptation using an off-the-shelf classifier [PDF] [G-Scholar] -
MCS
[Liang et al., Proc. CVPR 2019] Distant supervised centroid shift: A simple and efficient approach to visual domain adaptation [PDF] [G-Scholar] [CODE]
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SHOT
[Liang et al., Proc. ICML 2020] Do we really need to access the source data? source hypothesis transfer for unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
3C-GAN
[Li et al., Proc. CVPR 2020] Model adaptation: Unsupervised domain adaptation without source data [PDF] [G-Scholar] -
Inheritune
[Kundu et al., Proc. CVPR 2020] Towards inheritable models for open-set domain adaptation [PDF] [G-Scholar] [CODE] -
USFDA
[Kundu et al., Proc. CVPR 2020] Universal source-free domain adaptation [PDF] [G-Scholar] [CODE] -
PLR
[Morerio et al., Proc. WACV 2020] Generative pseudo-label refinement for unsupervised domain adaptation [PDF] [G-Scholar] -
SFDA-TN
[Sahoo et al., Proc. ICML Workshops 2020] Unsupervised domain adaptation in the absence of source data [PDF] [G-Scholar]
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PPDA
[Kim et al., IEEE SPL 2020] Towards privacy-preserving domain adaptation [PDF] [G-Scholar] -
SFDA-IT
[Hou and Zheng, arXiv 2020] Source free domain adaptation with image translation [PDF] [G-Scholar] -
UMSDE
[Zhang et al., arXiv 2020] Unsupervised domain expansion from multiple sources [PDF] [G-Scholar] -
TAN
[ Xu and Kang, Misc 2020] Transfer alignment network for double blind unsupervised domain adaptation [PDF] [G-Scholar]
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HCL
[Huang et al., Proc. NeurIPS 2021] Model adaptation: Historical contrastive learning for unsupervised domain adaptation without source data [PDF] [G-Scholar] [CODE] -
PCT
[Tanwisuth et al., Proc. NeurIPS 2021] A prototype-oriented framework for unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
CAiDA
[Dong et al., Proc. NeurIPS 2021] Confident anchor-induced multi-source free domain adaptation [PDF] [G-Scholar] [CODE] -
LDAuCID
[Rostami, Proc. NeurIPS 2021] Lifelong domain adaptation via consolidated internal distribution [PDF] [G-Scholar] [CODE] -
NRC
[Yang et al., Proc. NeurIPS 2021] Exploiting the intrinsic neighborhood structure for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
TTT++
[Liu et al., Proc. NeurIPS 2021] TTT++: When does self-supervised test-time training fail or thrive? [PDF] [G-Scholar] [CODE] -
SFIT
[Hou and Zheng, Proc. CVPR 2021] Visualizing adapted knowledge in domain transfer [PDF] [G-Scholar] [CODE] -
A2Net
[Xia et al., Proc. CVPR 2021] Adaptive adversarial network for source-free domain adaptation [PDF] [G-Scholar] -
DECISION
[Ahmed et al., Proc. CVPR 2021] Unsupervised multi-source domain adaptation without access to source data [PDF] [G-Scholar] [CODE] -
G-SFDA
[Yang et al., Proc. ICCV 2021] Generalized source-free domain adaptation [PDF] [G-Scholar] [CODE] -
HDMI
[Lao et al., Proc. AAAI 2021] Hypothesis disparity regularized mutual information maximization [PDF] [G-Scholar] -
CPGA
[Qiu et al., Proc. IJCAI 2021] Source-free domain adaptation via avatar prototype generation and adaptation [PDF] [G-Scholar] [CODE] -
ISFDA
[Li et al., Proc. ACMMM 2021] Imbalanced source-free domain adaptation [PDF] [G-Scholar] [CODE] -
IterLNL
[Zhang et al., Proc. BMVC 2021] Unsupervised domain adaptation of black-box source models [PDF] [G-Scholar] [CODE] -
SSFT-SSD
[Yan et al., Proc. BMVC 2021] Source-free unsupervised domain adaptation with surrogate data generation [PDF] [G-Scholar] -
SDDA
[Kurmi et al., Proc. WACV 2021] Domain impression: A source data free domain adaptation method [PDF] [G-Scholar] [CODE] -
SoFA
[Yeh et al., Proc. WACV 2021] SoFA: Source-data-free feature alignment for unsupervised domain adaptation [PDF] [G-Scholar] -
GKD
[Tang et al., Proc. IROS 2021] Model adaptation through hypothesis transfer with gradual knowledge distillation [PDF] [G-Scholar] [CODE] -
ASL
[Yan et al., Proc. NeurIPS Workshops 2021] Augmented self-labeling for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
ADV-M
[Wang et al., Proc. ICETIS 2021] Providing domain specific model via universal no data exchange domain adaptation [PDF] [G-Scholar] -
DECDA
[Zhu, Proc. DSIT 2021] Source free domain adaptation by deep embedding clustering [PDF] [G-Scholar]
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SHOT++
[Liang et al., IEEE TPAMI 2021] Source data-absent unsupervised domain adaptation through hypothesis transfer and labeling transfer [PDF] [G-Scholar] [CODE] -
DI
[Nayak et al., IEEE TPAMI 2021] Mining data impressions from deep models as substitute for the unavailable training data [PDF] [G-Scholar] -
LA-VAE
[Yang et al., IEEE TIP 2021] Model-induced generalization error bound for information-theoretic representation learning in source-data-free unsupervised domain adaptation [PDF] [G-Scholar] -
OSHT-SC
[Feng et al., IEEE TIP 2021] Open-set hypothesis transfer with semantic consistency [PDF] [G-Scholar] -
VDM-DA
[Tian et al., IEEE TCSVT 2021] VDM-DA: Virtual domain modeling for source data-free domain adaptation [PDF] [G-Scholar] -
SFDA-APM
[Kim et al., IEEE TAI 2021] Domain adaptation without source data [PDF] [G-Scholar] -
PIDM
[Ma et al., Knowledge-Based Systems 2022] Source-free semi-supervised domain adaptation via progressive Mixup [PDF] [G-Scholar][Ma et al., arXiv 2021] Uncertainty-guided mixup for semi-supervised domain adaptation without source data [PDF] -
TransDA
[Yang et al., Applied Intelligence 2022] Self-training transformer for source-free domain adaptation [PDF] [G-Scholar] [CODE][Yang et al., arXiv 2021] Transformer-based source-free domain adaptation [PDF] -
STDA
[Tian et al., Journal of Computer Science and Technology 2021] Source-free unsupervised domain adaptation with sample transport learning [PDF] [G-Scholar] -
OnTA
[Wang et al., arXiv 2021] On-target adaptation [PDF] [G-Scholar] -
SFDA-MBNS
[Ishii and Sugiyama, arXiv 2021] Source-free domain adaptation via distributional alignment by matching batch normalization statistics [PDF] [G-Scholar] -
N2DC-EX
[Tang et al., arXiv 2021] Nearest neighborhood-based deep clustering for source data-absent unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
BAIT
[Yang et al., arXiv 2021] Casting a BAIT for offline and online source-free domain adaptation [PDF] [G-Scholar] [CODE] -
UMAD
[Liang et al., arXiv 2021] UMAD: Universal model adaptation under domain and category shift [PDF] [G-Scholar] -
SMUDA
[Stan and Rostami, arXiv 2021] Secure domain adaptation with multiple sources [PDF] [G-Scholar] -
UB2DA-ST
[Deng et al., arXiv 2021] On universal black-box domain adaptation [PDF] [G-Scholar] [CODE] -
USFDA-DAT
[Wu et al., arXiv 2021] Domain adaptation without model transferring [PDF] [G-Scholar] -
CDL
[Wang et al., arXiv 2021] Learning invariant representation with consistency and diversity for semi-supervised source hypothesis transfer [PDF] [G-Scholar] [CODE]
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CoWA-JMDS
[Lee et al., Proc. ICML 2022] Confidence score for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
SFDA-mixup
[Kundu et al., Proc. ICML 2022] Balancing discriminability and transferability for source-free domain adaptation [PDF] [G-Scholar] -
AaD
[Yang et al., Proc. NeurIPS 2022] Attracting and dispersing: A simple approach for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
VMP
[Jing et al., Proc. NeurIPS 2022] Variational model perturbation for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
DaC
[Zhang et al., Proc. NeurIPS 2022] Divide and contrast: Source-free domain adaptation via adaptive contrastive learning [PDF] [G-Scholar] [CODE] -
BUFR
[Eastwood et al., Proc. ICLR 2022] Source-free adaptation to measurement shift via bottom-up feature restoration [PDF] [G-Scholar] [CODE] -
DINE
[Liang et al., Proc. CVPR 2022] DINE: Domain adaptation from single and multiple black-box predictors [PDF] [G-Scholar] [CODE] -
SFDA-DE
[Ding et al., Proc. CVPR 2022] Source-free domain adaptation via distribution estimation [PDF] [G-Scholar] [CODE] -
AdaContrast
[Chen et al., Proc. CVPR 2022] Contrastive test-time adaptation [PDF] [G-Scholar] [CODE] -
DIPE
[Wang et al., Proc. CVPR 2022] Exploring domain-invariant parameters for source free domain adaptation [PDF] [G-Scholar] -
BMD
[Qu et al., Proc. ECCV 2022] BMD: A general class-balanced multicentric dynamic prototype strategy for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
U-SFAN
[Roy et al., Proc. ECCV 2022] Uncertainty-guided source-free domain adaptation [PDF] [G-Scholar] [CODE] -
KUDA
[Sun et al., Proc. ECCV 2022] Prior knowledge guided unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
StickerDA
[Kundu et al., Proc. ECCV 2022] Concurrent subsidiary supervision for unsupervised source-free domain adaptation [PDF] [G-Scholar] [CODE] -
D-MCD
[Chu et al., Proc. AAAI 2022] Denoised maximum classifier discrepancy for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
ELPT
[Li et al., Proc. ACMMM 2022] Source-free active domain adaptation via energy-based locality preserving transfer [PDF] [G-Scholar] -
PCSR
[Guan et al., Proc. BMVC 2022] Polycentric clustering and structural regularization for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
DMAPL
[Yan and Guo, Proc. BMVC 2022] Dual moving average pseudo-labeling for source-free inductive domain adaptation [PDF] [G-Scholar] [CODE] -
R-SFDA
[Agarwal et al., Proc. WACV 2022] Unsupervised robust domain adaptation without source data [PDF] [G-Scholar] -
NEL
[Ahmed et al., Proc. WACV 2022] Cleaning noisy labels by negative ensemble learning for source-free unsupervised domain adaptation [PDF] [G-Scholar][Ahmed et al., arXiv 2021] Adaptive pseudo-label refinement by negative ensemble learning for source-free unsupervised domain adaptation [PDF] -
VDB
[Yazdanpanah and Moradi, Proc. CVPR Workshops 2022] Visual domain bridge: A source-free domain adaptation for cross-domain few-shot learning [PDF] [G-Scholar] [CODE] -
PDA-MCD
[Bohdal et al., Proc. ECCV Workshops 2022] Feed-forward source-free domain adaptation via class prototypes [PDF] [G-Scholar] -
SSNLL
[Chen et al., Proc. IROS 2022] Self-supervised noisy label learning for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
GAM
[Li et al., Proc. IJCNN 2022] Source-free multi-domain adaptation with generally auxiliary model training [PDF] [G-Scholar] -
CSFA
[Yeh et al., Proc. ICPR 2022] Boosting source-free domain adaptation via confidence-based subsets feature alignment [PDF] [G-Scholar] -
SFISA
[Zhang and Zhang, Proc. PRICAI 2022] Source-free implicit semantic augmentation for domain adaptation [PDF] [G-Scholar] -
c-FeaGen
[Xu et al., Proc. IGARSS 2022] Source-free domain adaptation for cross-scene hyperspectral image classification [PDF] [G-Scholar] -
DC-WSL
[Song et al., Proc. ICNSC 2022] SS8: Source data-free domain adaptation via deep clustering with weighted self-labelling [PDF] [G-Scholar] -
SFDA-DML
[Zhang and Tian, Proc. ICCWAMTIP 2022] Source-free unsupervised domain adaptation via denoising mutual learning [PDF] [G-Scholar] -
DEB
[Sun et al., Proc. DSIT 2022] Source-free unsupervised domain adaptation in imbalanced datasets [PDF] [G-Scholar] [CODE]
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SCLM
[Tang et al., Neural Networks 2022] Semantic consistency learning on manifold for source data-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
DEEM
[Ma et al., Neural Networks 2022] Context-guided entropy minimization for semi-supervised domain adaptation [PDF] [G-Scholar] [CODE] -
CDCL
[Wang et al., IEEE TMM 2022] Cross-domain contrastive learning for unsupervised domain adaptation [PDF] [G-Scholar] -
SFUDA-TPS
[Tian et al., ACM TIST 2022] Source-free unsupervised domain adaptation with trusted pseudo samples [PDF] [G-Scholar] -
RPL
[Rusak et al., TMLR 2022] If your data distribution shifts, use self-learning [PDF] [G-Scholar] [CODE] -
SAB
[Liu et al., IEEE SPL 2022] Self-alignment for black-box domain adaptation of image classification [PDF] [G-Scholar] -
CdKD-TSML
[Li et al., Knowledge-Based Systems 2022] Teacher-student mutual learning for efficient source-free unsupervised domain adaptation [PDF] [G-Scholar] -
SFDA-ADT
[Liu et al., Applied Intelligence 2022] A source free domain adaptation model based on adversarial learning for image classification [PDF] [G-Scholar][Liu et al., Proc. IJCNN 2022] Source free domain adaptation via combined discriminative GAN model for image classification [PDF] -
Prototype-DA
[Zhou et al., Neural Computing and Applications 2022] Domain adaptation based on source category prototypes [PDF] [G-Scholar] -
SFMBD
[Tian et al., Computers and Electrical Engineering 2022] Source-free unsupervised domain adaptation with maintaining model balance and diversity [PDF] [G-Scholar] -
LCCL
[Zhao et al., Sensors 2022] Adaptive contrastive learning with label consistency for source data free unsupervised domain adaptation [PDF] [G-Scholar] -
JN
[Li et al., arXiv 2022] Jacobian norm for unsupervised source-free domain adaptation [PDF] [G-Scholar] -
DAMC
[Zong et al., arXiv 2022] Domain gap estimation for source free unsupervised domain adaptation with many classifiers [PDF] [G-Scholar] [CODE] -
RCHC
[Diamant et al., arXiv 2022] Reconciling a centroid-hypothesis conflict in source-free domain adaptation [PDF] [G-Scholar] [CODE] -
SF-PGL
[Luo et al., arXiv 2022] Source-free progressive graph learning for open-set domain adaptation [PDF] [G-Scholar] [CODE] -
UTR
[Pei et al., arXiv 2022] Uncertainty-induced transferability representation for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
EXTERN
[Xu et al., arXiv 2022] EXTERN: Leveraging endo-temporal regularization for black-box video domain adaptation [PDF] [G-Scholar] -
...
[Al-Maliki et al., arXiv 2022] Continual conscious active fine-tuning to robustify online machine learning models against data distribution shifts [PDF] [G-Scholar] -
OneRing
[Yang et al., arXiv 2022] One ring to bring them all: Model adaptation under domain and category shift [PDF] [G-Scholar] [CODE] -
DePT
[Gao et al., Misc 2022] Visual prompt tuning for test-time domain adaptation [PDF] [G-Scholar] -
FTA-FDA
[Peng, Thesis 2022] Multi-source and source-private cross-domain learning for visual recognition [PDF] [G-Scholar]
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ELR
[Yi et al., Proc. ICLR 2023] When source-free domain adaptation meets learning with noisy labels [PDF] [G-Scholar] [CODE] -
BETA
[Yang et al., Proc. ICLR 2023] Divide to adapt: Mitigating confirmation bias for domain adaptation of black-box predictors [PDF] [G-Scholar] [CODE] -
Twofer
[Liu et al., Proc. ICLR 2023] Twofer: Tackling continual domain shift with simultaneous domain generalization and adaptation [PDF] [G-Scholar] -
SQRL
[Naik et al., Proc. ICML 2023] Do machine learning models learn statistical rules inferred from data? [PDF] [G-Scholar] [CODE--] -
...
[Shen et al., Proc. ICML 2023] On balancing bias and variance in unsupervised multi-source-free domain adaptation [PDF] [G-Scholar][Shen et al., arXiv 2022] On the benefits of selectivity in pseudo-labeling for unsupervised multi-source-free domain adaptation [PDF] [G-Scholar] -
SODA
[Wang et al., Proc. NeurIPS 2023] SODA: Robust training of test-time data adaptors [PDF] [G-Scholar] -
CODA
[Chen et al., Proc. NeurIPS 2023] CODA: Generalizing to open and unseen domains with compaction and disambiguation [PDF] [G-Scholar] [CODE] -
FedICON
[Tan et al., Proc. NeurIPS 2023] Is heterogeneity notorious? Taming heterogeneity to handle test-time shift in federated learning [PDF] [G-Scholar] -
MHPL
[Wang et al., Proc. CVPR 2023] MHPL: Minimum happy points Learning for active source free domain adaptation [PDF] [G-Scholar][Wang et al., arXiv 2022] Active source free domain adaptation [PDF] [G-Scholar] -
PLUE
[Litrico et al., Proc. CVPR 2023] Guiding pseudo-labels with uncertainty estimation for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE][Litrico et al., arXiv 2023] Guiding pseudo-labels with uncertainty estimation for test-time adaptation [PDF] [G-Scholar] [CODE] -
GLC
[Qu et al., Proc. CVPR 2023] Upcycling models under domain and category shift [PDF] [G-Scholar] [CODE] -
C-SFDA
[Karim et al., Proc. CVPR 2023] C-SFDA: A curriculum learning aided self-training framework for efficient source free domain adaptation [PDF] [G-Scholar] -
DiaNA
[Huang et al., Proc. CVPR 2023] Divide and adapt: Active domain adaptation via customized learning [PDF] [G-Scholar] -
CRCo
[Huang et al., Proc. CVPR 2023] Class relationship embedded learning for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
SSDA
[Ahmed et al., Proc. ICCV 2023] SSDA: Secure source-free domain adaptation [PDF] [G-Scholar] [CODE] -
BiMem
[Zhang et al., Proc. ICCV 2023] Black-box unsupervised domain adaptation with bi-directional atkinson-shiffrin memory [PDF] [G-Scholar] [CODE] -
DSiT
[Sanyal et al., Proc. ICCV 2023] Domain-specificity inducing transformers for source-free domain adaptation [PDF] [G-Scholar] [CODE--] -
...
[Hu et al., Proc. ICCV 2023] DandelionNet: Domain composition with instance adaptive classification for domain generalization [PDF] [G-Scholar--] -
Co-learn
[Zhang et al., Proc. ICCV 2023] Rethinking the role of pre-trained networks in source-free domain adaptation [PDF] [G-Scholar--][Zhang et al., arXiv 2022] Co-learning with pre-trained networks improves source-free domain adaptation [PDF] [G-Scholar] -
CoDAG
[Cho et al., Proc. ICCV 2023] Complementary domain adaptation and generalization for unsupervised continual domain shift learning [PDF] [G-Scholar] -
APA
[Sun et al., Proc. AAAI 2023] Domain adaptation with adversarial training on penultimate activations [PDF] [G-Scholar] [CODE] -
DATE
[Han et al., Proc. AAAI 2023] Discriminability and transferability estimation: A bayesian source importance estimation approach for multi-source-free domain adaptation [PDF] [G-Scholar] -
RAIN
[Peng et al., IJCAI 2023] RAIN: Regularization on input and network for black-box domain adaptation [PDF] [G-Scholar] [CODE] -
CtO
[Wu et al., Proc. ACMMM 2023] Chaos to order: A label propagation perspective on source-free domain adaptation [PDF] [G-Scholar--] -
CoDE
[Shen et al., Proc. ACMMM 2023] Collaborative learning of diverse experts for source-free universal domain adaptation [PDF] [G-Scholar--] -
CATTAn
[Thopalli et al., Proc. ACCV 2023] Domain alignment meets fully test-time adaptation [[PDF]](https://proceedings.mlr.press/v189/thopalli23a.html [G-Scholar] [CODE][Thopalli et al., Proc. ECCV Workshops 2022] Geometric alignment improves fully test time adaptation [PDF] [G-Scholar] -
CoNMix
[Kumar et al., Proc. WACV 2023] Conmix for source-free single and multi-target domain adaptation [PDF] [G-Scholar] [CODE] -
GAP
[Chhabra et al., Proc. WACV 2023] Generative alignment of posterior probabilities for source-free domain adaptation [PDF] [G-Scholar] -
SALAD
[Kothandaraman et al., Proc. WACV 2023] SALAD: Source-free active label-agnostic domain adaptation for classification, segmentation and detection [PDF] [G-Scholar] [CODE][Kothandaraman et al., arXiv 2022] DistillAdapt: Source-free active visual domain adaptation [PDF] -
NHOT
[Cao et al., Proc. ICASSP 2023] Nasty-SFDA: Source free domain adaptation from a nasty model [PDF] [G-Scholar] -
C-SUDA
[Ahmed et al., Proc. ICIAP 2023] Continual source-free unsupervised domain adaptation [PDF] [G-Scholar] -
CIN
[Tang et al., Proc. ICIP 2023] Cross-inferential networks for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
RAT
[Xiao et al., Proc. ICME 2023] Adversarially robust source-free domain adaptation with relaxed adversarial training [PDF] [G-Scholar] [CODE] -
ISKD
[Wang et al., Proc. ICME 2023] Information selection-based domain adaptation from black-box predictors [PDF] [G-Scholar] -
TransMDA
[Li and Wu, Proc. IJCNN 2023] Transformer-based multi-source domain adaptation without source data [PDF] [G-Scholar--] -
SSG-SFDA
[An et al., Proc. IJCNN 2023] Semi-supervised generalized source-free domain adaptation (SSG-SFDA) [PDF] [G-Scholar] -
...
[Zhong et al., Proc. ICIP 2023] Unknown class feature transformation for open set domain adaptation without source data [PDF] [G-Scholar--] -
...
[Li et al., Proc. ICIP 2023] Target-discriminability-induced multi-source-free domain adaptation [PDF] [G-Scholar--] -
PaCDA
[Prasanna B et al., Proc. CVPR Workshops 2023] Continual domain adaptation through pruning-aided domain-specific weight modulation [PDF] [G-Scholar] [CODE] -
...
[Yeh et al., Proc. ICCV Workshops 2023] Misalignment-free relation aggregation for multi-source-free domain adaptation [PDF] [G-Scholar--] -
FCDA
[Lee and Lee, Proc. SPIE International Workshop on Advanced Imaging Technology 2023] A source-free unsupervised domain adaptation method based on feature consistency [PDF] [G-Scholar] -
...
[Zhang et al., Proc. DSAA 2023] Tackling model mismatch with mixup regulated test-time training [PDF] [G-Scholar--] -
FuzUMSFDA
[Li et al., Proc. FUZZ 2023] Attention-bridging TS fuzzy rules for universal multi-domain adaptation without source data [PDF] [G-Scholar--] -
CDT
[Chen et al., Proc. PRCV 2023] Classifier decoupled training for black-box unsupervised domain adaptation [PDF] [G-Scholar--] -
...
[He et al., Proc. IEIR 2023] Robust batch relation preserving for lifelong unsupervised domain adaptation [PDF] [G-Scholar--] -
GILL
[Liang, Proc. ICCWAMTIP 2023] Source free domain adaptation based on latent dirichlet allocation [PDF] [G-Scholar--]
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NRC++
[Yang et al., IEEE TPAMI 2023] Trust your good friends: Source-free domain adaptation by reciprocal neighborhood clustering [PDF] [G-Scholar] -
TPDS
[Tang et al., IJCV 2023] Source-free domain adaptation via target prediction distribution searching [PDF] [G-Scholar] [CODE] -
SQAdapt
[Li et al., IEEE TNNLS 2023] Source-free active domain adaptation via augmentation-based sample query and progressive model adaptation [PDF] [G-Scholar] -
SDG-MA
[Xu et al., IEEE TGRS 2023] Universal domain adaptation for remote sensing image scene classification [PDF] [G-Scholar] [CODE][Xu et al., Proc. IGARSS 2022] Universal domain adaptation without source data for remote sensing image scene classification [PDF] [G-Scholar] -
ConDA
[Taufique et al., IEEE TAI 2023] Continual unsupervised domain adaptation in data-constrained environments [PDF] [G-Scholar][Taufique et al., arXiv 2021] ConDA: Continual unsupervised domain adaptation [PDF] -
SF-FDN
[Li et al., IEEE TFS 2023] Source-free multi-domain adaptation with fuzzy rule-based deep neural networks [PDF] [G-Scholar] -
PSAT-GDA
[Tang et al., IEEE TMM 2023] Progressive source-aware transformer for generalized source-free domain adaptation [PDF] [G-Scholar--] [Code--] -
TagSHOT
[Hu et al., IEEE TMM 2023] Unleashing knowledge potential of source hypothesis for source-free domain adaptation [PDF] [G-Scholar--] -
ASOGE
[Cui et al., IEEE TCSVT 2023] Adversarial source generation for source-free domain adaptation [PDF] [G-Scholar--] -
DCL
[Tian et al., IEEE TCSVT 2023] DCL: Dipolar confidence learning for source-free unsupervised domain adaptation [PDF] [G-Scholar--] -
PS
[Du et al., Machine Learning 2023] Generation, augmentation, and alignment: A pseudo-source domain based method for source-free domain adaptation [PDF] [G-Scholar] -
ProxyMix
[Ding et al., Neural Networks 2023] ProxyMix: Proxy-based mixup training with label refinery for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
FAUST
[Lee and Lee, Neural Networks 2023] Feature alignment by uncertainty and self-training for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
BPDA
[Shi et al., Pattern Recognition 2023] Source-free and black-box domain adaptation via distributionally adversarial training [PDF] [G-Scholar] [CODE] -
CPD
[Zhou et al., Pattern Recognition 2023] Source-free domain adaptation with class prototype discovery [PDF] [G-Scholar] -
UC-SFDA
[Chen et al., Knowledge-Based Systems 2023] UC-SFDA: Source-free domain adaptation via uncertainty prediction and evidence-based contrastive learning [PDF] [G-Scholar] [CODE] -
BIAS
[Wang et al., Knowledge-Based Systems 2023] BIAS: Bridging inactive and active samples for active source free domain adaptation [PDF] [G-Scholar--] -
CRMA
[Lü et al., Expert Systems With Applications 2023] Consistency regularization-based mutual alignment for source-free domain adaptation [PDF] [G-Scholar--] -
MSF-SSDA-SPM
[Liang et al., Cognitive Neurodynamics 2023] Privacy-preserving multi-source semi-supervised domain adaptation for seizure prediction [PDF] [G-Scholar--] -
RS2L
[Tian et al., Signal, Image and Video Processing 2023] Robust self-supervised learning for source-free domain adaptation [PDF] [G-Scholar] -
...
[Zhao and Wang, Applied Intelligence 2023] Universal model adaptation by style augmented open-set consistency [PDF] [G-Scholar] -
MViT-PCD
[Dai et al., IEEE Geoscience and Remote Sensing Letters 2023] MViT-PCD: A lightweight ViT-based network for martian surface topographic change detection [PDF] [G-Scholar] [CODE] -
OKRA
[Zhao et al., Computers and Electrical Engineering 2023] Open-set black-box domain adaptation for remote sensing image scene classification [PDF] [G-Scholar--] -
FMAS
[Tian and Zhang, Computers and Electrical Engineering 2023] Feature mixing and self-training for source-free active domain adaptation [PDF] [G-Scholar--] -
BCSW
[Tian and Zhao, IEEE Geoscience and Remote Sensing Letters 2023] Source-free unsupervised domain adaptation via bi-classifier confidence score weighting [PDF] [G-Scholar--] -
CLCR
[Tang et al., CAAI Transactions on Intelligence Technology 2023] Model adaptation via credible local context representation [PDF] [G-Scholar--] -
LCAL
[Fan et al., Journal of Software 2023] Local consistent active learning for source free open-set domian adaptation [PDF] [G-Scholar] -
...
[Sahay et al., Sensors 2023] On the importance of attention and augmentations for hypothesis transfer in domain adaptation and generalization [PDF] [G-Scholar] -
SIE
[Chen et al., Machine Vision and Applications 2023] Two-stage structural information enhancement for source-free domain adaptation [PDF] [G-Scholar] -
Um2B
[Wang et al., Image and Vision Computing 2023] Universal domain adaptation from multiple black-box sources [PDF] [G-Scholar--] -
FCDC
[Wang et al., Chinese Journal Of Engineering Mathematics 2023] Source Free Domain Adaptation Based on Feature Structure [PDF] [G-Scholar--] -
ALT
[Wu et al., arXiv 2023] When source-free domain adaptation meets label propagation [PDF] [G-Scholar] -
CaC
[Chen et al., arXiv 2023] Contrast and clustering: Learning neighborhood pair representation for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
GarDA
[Chen et al., arXiv 2023] Generative appearance replay for continual unsupervised domain adaptation [PDF] [G-Scholar] -
PCD
[Tanwisuth et al., arXiv 2023] A prototype-oriented clustering for domain shift with source privacy [PDF] [G-Scholar] -
SCA
[Maracani et al., arXiv 2023] Key design choices for double-transfer in source-free unsupervised domain adaptation [PDF] [G-Scholar] -
...
[Lee et al., arXiv 2023] Few-shot fine-tuning is all you need for source-free domain adaptation [PDF] [G-Scholar] -
...
[Rafiee et al., arXiv 2023] Source-free domain adaptation requires penalized diversity [PDF] [G-Scholar] -
T-CPGA
[Lin et al., arXiv 2023] Imbalance-agnostic source-free domain adaptation via avatar prototype alignment [PDF]) [G-Scholar] -
Proto-SF-OSDA
[Vray et al., arXiv 2023] Source-free open-set domain adaptation for histopathological images via distilling self-supervised vision transformer [PDF] [G-Scholar] [CODE--] -
FREEDOM
[Yang et al., arXiv 2023] FREEDOM: Target label & source data & domain information-free multi-source domain adaptation for unsupervised personalization [PDF] [G-Scholar] -
CCT
[Yan et al., arXiv 2023] Universal semi-supervised model adaptation via collaborative consistency training [PDF] [G-Scholar] -
...
[Yu et al., arXiv 2023] Open-set domain adaptation with visual-language foundation models [PDF] [G-Scholar] -
...
[Tang et al., arXiv 2023] Consistency regularization for generalizable source-free domain adaptation [PDF] [G-Scholar] -
CABB
[Jahan and Savakis, arXiv 2023] Curriculum guided domain adaptation in the dark [PDF] [G-Scholar] -
TriDA
[Xu et al., arXiv 2023] Incorporating pre-training data matters in unsupervised domain adaptation [PDF] [G-Scholar] -
DAD++
[Nayak et al., arXiv 2023] DAD++: Improved data-free test time adversarial defense [PDF] [G-Scholar] -
FM-SFDA
[Chopra et al., arXiv 2023] Transcending domains through text-to-image diffusion: A source-free approach to domain adaptation [PDF] [G-Scholar] -
SIDE
[Liu et al., arXiv 2023] SIDE: Self-supervised intermediate domain exploration for source-free domain adaptation [PDF] [G-Scholar--] [CODE] -
Cross DRI
[Sawhney et al., arXiv 2023] Improving source-free target adaptation with vision transformers leveraging domain representation images [PDF] [G-Scholar] -
HCLD
[Liu et al., arXiv 2023] UFDA: Universal federated domain adaptation with practical assumptions [PDF] [G-Scholar] -
...
[Sheng et al., arXiv 2023] Self-training solutions for the ICCV 2023 GeoNet challenge [PDF] [G-Scholar] -
E2
[Shen et al., Misc 2023] E2: Entropy discrimination and energy optimization for source-free universal domain adaptation [PDF] [G-Scholar] -
...
[Wang et al., Misc 2023] Graph-guided unsupervised clustering for source-free domain adaptation [PDF] [G-Scholar--] -
...
[Xiao et al., Misc 2023] Unified multi-level neighbor clustering for source-free unsupervised domain adaptation [PDF] [G-Scholar--] -
...
[Wong., Master Thesis 2023] Reducing negative transfer of random data in source-free unsupervised domain adaptation [PDF] [G-Scholar--] -
...
[Thomas., Master Thesis 2023] Continual domain adaptation through knowledge distillation [PDF] [G-Scholar--]
-
SF(DA)$^2$
[Hwang et al., Proc. ICLR 2024] SF(DA)$^2$: Source-free domain adaptation through the lens of data augmentation [PDF] [G-Scholar] [CODE] -
VDPG
[Chi et al., Proc. ICLR 2024] Adapting to distribution shift by visual domain prompt generation [PDF] [G-Scholar] [CODE] -
LEAD
[Qu et al., Proc. CVPR 2024] LEAD: Learning decomposition for source-free universal domain adaptation [PDF] [G-Scholar] [CODE] -
DPC
[Xia et al., Proc. CVPR 2024] Discriminative pattern calibration mechanism for source-free domain adaptation [PDF] [G-Scholar--] -
UPUK
[Wan et al., Proc. CVPR 2024] Unveiling the unknown: Unleashing the power of unknown to known in open-set source-free domain adaptation [PDF] [G-Scholar--] [CODE--] -
Improved SFDA
[Mitsuzumi et al., Proc. CVPR 2024] Understanding and improving source-free domain adaptation from a theoretical perspective [PDF] [G-Scholar] -
DCPL
[Diamant et al., Proc. ECCV 2024] De-confusing pseudo-labels in source-free domain adaptation [PDF] [G-Scholar] [CODE] -
NBF
[Song et al., Proc. ECCV 2024] Is user feedback always informative? Retrieval latent defending for semi-supervised domain adaptation without source data [PDF] [G-Scholar] [CODE--] -
LFTL
[Lyu et al., Proc. ECCV 2024] Learn from the learnt: Source-free active domain adaptation via contrastive sampling and visual persistence [PDF] [G-Scholar] [CODE--] -
FedGM
[Wei and Han, Proc. AAAI 2024] Multi-source collaborative gradient discrepancy minimization for federated domain generalization [PDF] [G-Scholar] [CODE] -
Bi-ATEN
[Li et al, Proc. AAAI 2024] Agile multi-source-free domain adaptation [PDF [G-Scholar] [CODE] -
SEAL
[Xia et al, Proc. AAAI 2024] A separation and alignment framework for black-box domain adaptation [PDF [G-Scholar--] [CODE] -
RFC
[Zhang et al, Proc. AAAI 2024] Reviewing the forgotten classes for domain adaptation of black-box predictors [PDF [G-Scholar] [CODE] -
DMP
[Zhan et al, Proc. IJCAI 2024] Towards dynamic-prompting collaboration for source-free domain adaptation [PDF [G-Scholar--] -
AEM
[Xiao et al., Proc. ACM MM 2024] Adversarial experts model for black-box domain adaptation [PDF] [G-Scholar--] -
...
[Shen et al., Proc. AISTATS 2024] Continual domain adversarial adaptation via double-head discriminators [PDF] [G-Scholar] -
EIANet
[Pan et al., Proc. BMVC 2024] EIANet: A novel domain adaptation approach to maximize class distinction with neural collapse principles [PDF] [G-Scholar] [CODE] -
C-SFTrans
[Sanyal et al., Proc. WACV 2024] Aligning non-causal factors for transformer-based source-free domain adaptation [PDF] [G-Scholar] [CODE] -
CXDA
[Bohdal et al., Proc. WACV 2024] Feed-forward latent domain adaptation [PDF] [G-Scholar] -
COCA
[Liu et al., Proc. ACCV 2024] COCA: Classifier-oriented calibration via textual prototype for source-free universal domain adaptation [PDF] [G-Scholar] [CODE]~~ [Bohdal et al., Proc. ICML Workshops 2022] Feed-forward source-free latent domain adaptation via cross-attention [PDF] [G-Scholar]~~
-
USD
[Jahan and Savakis, Proc. CVPR Workshops 2023] Unknown sample discovery for source free open set domain adaptation [PDF] [G-Scholar] -
UAD
[Sivaprasad and Fleuret, Proc. ISBI 2024] Multi-source-free domain adaptation via uncertainty-aware adaptive distillation [PDF] [G-Scholar] -
SADA
[Liu et al., Proc. ICME 2024] SADA: Self-adaptive domain adaptation from black-box predictors [PDF] [G-Scholar] -
PECAL
[Machireddy et al., Proc. ICIP 2024] Source-free continual adaptive learning with limited labels on evolving data drifts [PDF] [G-Scholar--] -
...
[Banerjee and Ganesh, Proc. ICPR 2024] Real-world coarse to fine-grained source-free multidomain adaptation [PDF] [G-Scholar] -
CAT^3
[Feng et al., Proc. CAI 2024] Category-aware test-time training domain adaptation [PDF] [G-Scholar] -
...
[Chen et al., Proc. PRCV 2024] An entropy-based pseudo-label mixup method for source-free domain adaptation [PDF] [G-Scholar] -
SMOTE
[Zou et al., Proc. VCIP 2024] Handling class imbalance in black-box unsupervised domain adaptation with synthetic minority over-sampling [PDF] [G-Scholar--] -
FedAcross
[Röder et al., Proc. ICPRAM 2024] Crossing domain borders with federated few-shot adaptation [PDF] [G-Scholar] -
...
[Yang et al., Proc. IEEE CSCWD 2024] Source free domain adaptation via adapting to the enhanced style [PDF] [G-Scholar--] -
k-sBetas
[Chiaroni et al., IEEE TPAMI 2024] Simplex clustering via sBeta with applications to online adjustment of black-box predictions [PDF] [G-Scholar] [CODE] -
EAAF
[Pei et al., IEEE TPAMI 2024] Evidential multi-source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
CC-Loss
[Jin et al., IEEE TPAMI 2024] One fits many: Class confusion loss for versatile domain adaptation [PDF] [G-Scholar] [CODE] -
Co-learn++
[Zhang et al., IJCV 2024] Source-free domain adaptation guided by vision and vision-language pre-training [PDF] [G-Scholar] -
BMD-v2
[Qu et al., IJCV 2024] General Class-balanced multicentric dynamic prototype pseudo-labeling for source-free domain adaptation [PDF] [G-Scholar--] [CODE] -
ASM
[Jing et al., IEEE TIP 2024] Visually source-free domain adaptation via adversarial style matching [PDF] [G-Scholar] -
ICPR
[Tian et al., IEEE TNNLS 2024] Intrinsic consistency preservation with adaptively reliable samples for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
NAMI
[Zhang et al., IEEE TMM 2024] Neighborhood-aware mutual information maximization for source-free domain adaptation [PDF] [G-Scholar--] -
...
[Ma et al., IEEE TCSVT 2024] Exploring relational knowledge for source-free domain adaptation [PDF] [G-Scholar--] -
SFADA
[He et al., Pattern Recognition 2024] Source-free domain adaptation with unrestricted source hypothesis [PDF] [G-Scholar] [CODE] -
DPLS
[Ma et al., Pattern Recognition 2024] Source-free domain adaptation via dynamic pseudo labeling and self-supervision [PDF] [G-Scholar] [CODE] -
GOAL
[Peng et al., Pattern Recognition 2024] Global self-sustaining and local inheritance for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
PFC
[Pan et al., Pattern Recognition 2024] Overcoming learning bias via prototypical feature compensation for source-free domain adaptation [PDF] [G-Scholar] -
GDT
[Tian and Zhao, Neural Networks 2024] Generation, division and training: A promising method for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
SS-TrBoosting
[Deng et al., IEEE TAI 2024] Semi-supervised transfer boosting (SS-TrBoosting) [PDF] [G-Scholar] -
SiLAN
[Wang et al., TMLR 2024] What has been overlooked in contrastive source-free domain adaptation: Leveraging source-informed latent augmentation within neighborhood context [PDF] [G-Scholar--] [CODE] -
UPA
[Chen et al., Neurocomputing 2024] Uncertainty-aware pseudo-label filtering for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
...
[Xing et al., Neurocomputing 2024] Rectifying self-training with neighborhood consistency and proximity for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
...
[Wang et al., Neurocomputing 2024] Robust source-free domain adaptation with anti-adversarial samples training [PDF] [G-Scholar] -
CdKC
[Zhang et al., Information Processing & Management 2024] Cross-domain knowledge collaboration for blending-target domain adaptation [PDF] [G-Scholar--] -
HCDA
[Li et al., Pattern Recognition Letters 2024] Pseudo-label refinement via hierarchical contrastive learning for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
...
[Zhou et al., Pattern Recognition Letters 2024] Multi source-free domain adaptation based on pseudo-label knowledge mining [PDF] [G-Scholar] -
DCA
[Wang et al., Neural Processing Letters 2024] Dual classifier adaptation: Source-free UDA via adaptive pseudo-labels learning [PDF] [G-Scholar--] [CODE] -
CODA
[Liu et al., Engineering Applications of Artificial Intelligence 2024] Consistency-guided multi-source-free domain adaptation [PDF] [G-Scholar--] -
SCAL
[Sun et al., IET Image Processing 2024] You only label once: A self-adaptive clustering-based method for source-free active domain adaptation [PDF] [G-Scholar] -
FUSE
[Tian et al., Signal, Image and Video Processing 2024] Source bias reduction for source-free domain adaptation [PDF] [G-Scholar--] -
TAS
[Shao et al., Neural Computing and Applications 2024] Adaptive pseudo-label threshold for source-free domain adaptation [PDF] [G-Scholar--] -
RECS
[Tian and Sun, Neural Computing and Applications 2024] Rethinking confidence scores for source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
MLCL
[Ouyang et al., Multimedia Systems 2024] Exploiting multi-level consistency learning for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
SP-CDL
[Santoso and Wijaya, Asian American Research Letters Journal 2024] Source-private cross-domain learning: Enhancing visual recognition with multi-source domain adaptation [PDF] [G-Scholar] -
USDAP
[Shao et al., Journal of Electronic Imaging 2024] USDAP: universal source-free domain adaptation based on prompt learning [PDF] [G-Scholar--] -
CosGAN
[Naz et al., Intelligent Automation & Soft Computing 2024] Robot vision over CosGANs to enhance performance with source-free domain adaptation using advanced loss function [PDF] [G-Scholar--] -
MixAdapt
[Sheng et al., arXiv 2024] Can we trust the unlabeled target data? Towards backdoor attack and defense on model adaptation [PDF] [G-Scholar] -
4Ds
[Tang et al., arXiv 2024] Direct distillation between different domains [PDF] [G-Scholar] -
DM-SFDA
[Chopra et al., arXiv 2024] Source-free domain adaptation with diffusion-guided source data generation [PDF] [G-Scholar] -
SepRep-Net
[Jin et al., arXiv 2024] SepRep-Net: Multi-source free domain adaptation via model separation and reparameterization [PDF] [G-Scholar] -
LDAuCID
[Rostami, arXiv 2024] Continuous unsupervised domain adaptation using stabilized representations and experience replay [PDF] [G-Scholar] [CODE] -
HCPR
[Shu et al., arXiv 2024] Source-free unsupervised domain adaptation with hypothesis consolidation of prediction rationale [PDF] [G-Scholar] [CODE] -
SCA
[Maracani et al., arXiv 2024] Key design choices in source-free unsupervised domain adaptation: An in-depth empirical analysis [PDF] [G-Scholar] -
SUTE
[Pei et al., arXiv 2024] On the model-agnostic multi-source-free unsupervised domain adaptation [PDF] [G-Scholar] -
LCFD
[Tang et al., arXiv 2024] Unified source-free domain adaptation [PDF] [G-Scholar] [CODE] -
GLC++
[Qu et al., arXiv 2024] GLC++: Source-free universal domain adaptation through global-local clustering and contrastive affinity learning [PDF] [G-Scholar] [CODE] -
...
[Litrico et al., arXiv 2024] Uncertainty-guided open-set source-free unsupervised domain adaptation with target-private class segregation [PDF] [G-Scholar] -
...
[Zou et al., arXiv 2024] Incremental pseudo-labeling for black-box unsupervised domain adaptation [PDF] [G-Scholar] -
...
[Jiang et al., arXiv 2024] High-order neighborhoods know more: HyperGraph learning meets source-free unsupervised domain adaptation [PDF] [G-Scholar] -
MIRoUDA
[Yin et al., arXiv 2024] Towards trustworthy unsupervised domain adaptation: A representation learning perspective for enhancing robustness, discrimination, and generalization [PDF] [G-Scholar--] -
ECA
[Zheng et al., arXiv 2024] Evidential graph contrastive alignment for source-free blending-target domain adaptation [PDF] [G-Scholar] -
TAB
[Maracani et al., arXiv 2024] Trust and balance: Few trusted samples pseudo-labeling and temperature scaled loss for effective source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE--] -
StepSPT
[Xu et al., arXiv 2024] Step-wise distribution alignment guided style prompt tuning for source-free cross-domain few-shot learning [PDF] [G-Scholar] [CODE] -
MEA
[Wang et al., arXiv 2024] Unveiling the superior paradigm: A comparative study of source-free domain adaptation and unsupervised domain adaptation [PDF] [G-Scholar] -
RRDA
[Nejjar et al., arXiv 2024] Recall and refine: A simple but effective source-free open-set domain adaptation framework [PDF] [G-Scholar] [CODE] -
ProDDing
[Liang et al., arXiv 2024] Prototypical distillation and debiased tuning for black-box unsupervised domain adaptation [PDF] [G-Scholar] -
...
[Zhu et al., Misc 2024] Pick and adapt: An iterative approach for source-free domain adaptation [PDF] [G-Scholar--] -
SlimTTT
[Cai et al., Misc 2024] Resource efficient test-time training with slimmable network [PDF] [G-Scholar--] -
LPR
[Yoo et al., Misc 2024] Label space-induced pseudo label refinement for multi-source black-box domain adaptation [PDF] [G-Scholar--] -
...
[Musabe, Master Thesis 2024] Towards regression-free and source-free online domain adaptation [PDF] [G-Scholar] -
...
[Eastwood, Phd Thesis 2024] Shift happens: How can machine learning systems be best prepared? [PDF] [G-Scholar--] -
...
[Chhabra, Phd Thesis 2024] Making the best of what we have: Novel strategies for training neural networks under restricted labeling information [PDF] [G-Scholar--] -
...
[Yuan, Phd Thesis 2024] Domain adaptation in biomedical engineering: unsupervised, source‑free, and black box approaches [PDF] [G-Scholar--]
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ProDe
[Tang et al., Proc. ICLR 2025] Proxy denoising for source-free domain adaptation [PDF] [G-Scholar] -
UCon-SFDA
[Xu et al., Proc. ICLR 2025] Revisiting source-free domain adaptation: A new perspective via uncertainty control [PDF] [G-Scholar--] [CODE--] -
GMM
[Schlachter et al., Proc. WACV 2025] Memory-efficient pseudo-labeling for online source-free universal domain adaptation using a gaussian mixture model [PDF] [G-Scholar] [CODE] -
EKS
[Rai et al., Proc. WACV 2025] Label calibration in source free domain adaptation [PDF] [G-Scholar] [CODE--] -
NVC-LLN
[Xu et al., IEEE TPAMI 2025] Unraveling the mysteries of label noise in source-free domain adaptation: Theory and practice [PDF] [G-Scholar] [CODE]
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AdaptGuard
[Sheng et al., Proc. ICCV 2023] AdaptGuard: Defending against universal attacks for model adaptation [PDF] [G-Scholar] -
MIXADAPT
[Sheng et al., arXiv 2024] Can we trust the unlabeled target data: Towards backdoor attack and defense on model adaptation [PDF] [G-Scholar]
-
SFDA-UR
[Sivaprasad and Fleuret, Proc. CVPR 2021] Uncertainty reduction for model adaptation in semantic segmentation [PDF] [G-Scholar] [CODE] -
SFDA-KTMA
[Liu et al., Proc. CVPR 2021] Source-free domain adaptation for semantic segmentation [PDF] [G-Scholar] -
SoMAN-cPAE
[Kundu et al., Proc. ICCV 2021] Generalize then adapt: Source-free domain adaptive semantic segmentation [PDF] [G-Scholar] [CODE] -
MAS3
[Stan and Rostami, Proc. AAAI 2021] Unsupervised model adaptation for continual semantic segmentation [PDF] [G-Scholar] [CODE] -
LD
[You et al., Proc. ACMMM 2021] Domain adaptive semantic segmentation without source data [PDF] [G-Scholar] [CODE] -
SFDA-VS
[Ye et al., Proc. ACMMM 2021] Source data-free unsupervised domain adaptation for semantic segmentation [PDF] [G-Scholar] -
AUGCO
[Prabhu et al., Proc. NeurIPS Workshops 2022] Augmentation consistency-guided self-training for source-free domain adaptive semantic segmentation [PDF] [G-Scholar][Prabhu et al., Proc. ECCV Workshops 2022] AUGCO: Augmentation consistency-guided self-training for source-free domain adaptive semantic segmentation [PDF][Prabhu et al., arXiv 2021] S4T: Source-free domain adaptation for semantic segmentation via self-supervised selective self-training [PDF]
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PR-SFDA
[Luo et al., arXiv 2021] Exploiting negative learning for implicit pseudo label rectification in source-free domain adaptive semantic segmentation [PDF] [G-Scholar] -
SFDA-ST
[Paul et al., arXiv 2021] Unsupervised adaptation of semantic segmentation models without source data [PDF] [G-Scholar]
-
RIPU
[Xie et al., Proc. CVPR 2022] Towards fewer annotations: Active learning via region impurity and prediction uncertainty for domain adaptive semantic segmentation [PDF] [G-Scholar] [CODE] -
SimT
[Guo et al., Proc. CVPR 2022] SimT: Handling open-set noise for domain adaptive semantic segmentation [PDF] [G-Scholar] [CODE] -
OnDA
[Panagiotakopoulos et al., Proc. ECCV 2022] Online domain adaptation for semantic segmentation in ever-changing conditions [PDF] [G-Scholar] [CODE] -
UnMSMA-MiFL
[Li et al., Proc. ECCV 2022] Union-set multi-source model adaptation for semantic segmentation [PDF] [G-Scholar] [CODE] -
UBNA
[Klingner et al., Proc. WACV Workshops 2022] Unsupervised batchnorm adaptation (ubna): A domain adaptation method for semantic segmentation without using source domain representations [PDF] [G-Scholar] [CODE] -
DTAC
[Yang et al., Proc. ICME 2022] Source free domain adaptation for semantic segmentation via distribution transfer and adaptive class-balanced self-training [PDF] [G-Scholar] -
MSMA-MiFL
[Li et al., Proc. ICIP 2022] Improving model adaptation for semantic segmentation by learning model-invariant features with multiple source-domain models [PDF] [G-Scholar]
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SPGM
[Yang et al., IEEE TIFS 2022] Revealing task-relevant model memorization for source-protected unsupervised domain adaptation [PDF] [G-Scholar] -
CPSS
[Zhao et al., IEEE TCSVT 2022] Source-free open compound domain adaptation in semantic segmentation [PDF] [G-Scholar] [CODE] -
RuST
[Luo et al., IEEE RAL 2022] Multi-level consistency learning for source-free model adaptation [PDF] [G-Scholar] -
STvM
[Akkaya et al., arXiv 2022] Self-training via metric learning for source-free domain adaptation of semantic segmentation [PDF] [G-Scholar] -
CONDA
[Truong et al., arXiv 2022] CONDA: Continual unsupervised domain adaptation learning in visual perception for self-driving cars [PDF] [G-Scholar]
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Uni-UVPT
[Ma et al., Proc. NeurIPS 2023] When visual prompt tuning meets source-free domain adaptive semantic segmentation [PDF] [G-Scholar] -
STPL
[Lo et al., Proc. CVPR 2023] Spatio-temporal pixel-level contrastive learning-based source-free domain adaptation for video semantic segmentation [PDF] [G-Scholar] -
DT-ST
[Zhao et al., Proc. CVPR 2023] Towards better stability and adaptability: Improve online self-training for model adaptation in semantic segmentation [PDF] [G-Scholar] -
...
[Lo et al., Proc. CVPR 2023] Unsupervised continual semantic adaptation through neural rendering [PDF] [G-Scholar] -
...
[Yin et al., Proc. ICCV 2023] CrossMatch: Source-free domain adaptive semantic segmentation via cross-modal consistency training [PDF] [G-Scholar--] -
Cal-SFDA
[Wang et al., Proc. ACMMM 2023] Cal-SFDA: Source-free domain-adaptive semantic segmentation with differentiable expected calibration error [PDF] [G-Scholar] [CODE] -
...
[Li et al., Proc. ACMMM 2023] When masked image modeling meets source-free unsupervised domain adaptation: Dual-level masked network for semantic segmentation [PDF] [G-Scholar--] -
...
[Bohdal et al., Proc. ICLR Workshops 2023] Label calibration for semantic segmentation under domain shift [PDF] [G-Scholar] -
CoRTe
[Cuttano et al., Proc. ICCV Workshops 2023] Cross-domain transfer learning with CoRTe: Consistent and reliable transfer from black-box to lightweight segmentation model [PDF] [G-Scholar]
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CROTS
[Luo et al., IJCV 2023] Crots: Cross-domain teacher–student learning for source-free domain adaptive semantic segmentation [PDF] [G-Scholar] [CODE--] -
...
[Lu et al., IEEE TIP 2023] Uncertainty-aware source-free domain adaptive semantic segmentation [PDF] [G-Scholar] -
STAL
[Guan and Yuan, arXiv 2023] Iterative loop learning combining self-training and active learning for domain adaptive semantic segmentation [PDF] [G-Scholar] [CODE] -
BTOL
[Wang et al., arXiv 2023] Bootstrap the original latent: Freeze-and-thaw adapter for back-propagated black-box adaptation [PDF] [G-Scholar] -
CMA
[Bruggemann et al., arXiv 2023] Contrastive model adaptation for cross-condition robustness in semantic segmentation [PDF] [G-Scholar] [CODE] -
CoSDA
[Feng et al., arXiv 2023] CoSDA: Continual source-free domain adaptation [PDF] [G-Scholar] [CODE] -
IAPC
[Cao et al., arXiv 2023] Towards source-free domain adaptive semantic segmentation via importance-aware and prototype-contrast learning [PDF] [G-Scholar] [CODE] -
PTDiffSeg
[Gong et al., arXiv 2023] Prompting diffusion representations for cross-domain semantic segmentation [PDF] [G-Scholar] [CODE--] -
ReGEN
[Tjio et al., arXiv 2023] Generating reliable pixel-level labels for source free domain adaptation [PDF] [G-Scholar] -
WeSAM
[Zhang et al., arXiv 2023] Improving the generalization of segmentation foundation model under distribution shift via weakly supervised adaptation [PDF] [G-Scholar] [CODE] -
...
[Sashikanth., Master Thesis 2023] Active learning guided source-free domain adaptive semantic segmentation and applications in the environmental space [PDF] [G-Scholar]
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360SFUDA
[Zheng et al., Proc. CVPR 2024] Semantics, distortion, and style matter: Towards source-free UDA for panoramic segmentation [PDF] [G-Scholar] [CODE] -
SND
[Zhao et al., Proc. CVPR 2024] Stable neighbor denoising for source-free domain adaptive segmentation [PDF] [G-Scholar] [CODE] -
FREST
[Lee et al, Proc. ECCV 2024] FREST: Feature restoration for semantic segmentation under multiple adverse conditions [PDF] [G-Scholar] [CODE--] -
RKP
[Zang et al., Proc. ACM MM 2024] Generalized source-free domain-adaptive segmentation via reliable knowledge propagation [PDF] [G-Scholar--] -
...
[Gao et al., Proc. IEEE GRSL 2024] Attention prompt-driven source-free adaptation for remote sensing images semantic segmentation [PDF] [G-Scholar] -
ATP
[Wang et al., IEEE TPAMI 2024] A curriculum-style self-training approach for source-free semantic segmentation [PDF] [G-Scholar] [CODE]ATP
[Wang et al., arXiv 2021] Source data-free cross-domain semantic segmentation: align, teach and propagate [PDF] [G-Scholar] -
PIG
[Xie et al., IEEE TIP 2024] PIG: Prompt images guidance for night-time scene parsing [PDF] [G-Scholar] [CODE] -
ProAC
[Ren et al., IEEE TCSVT 2024] Exploring prototype-anchor contrast for semantic segmentation [PDF] [G-Scholar] -
...
[Tian et al., IEEE TMM 2024] Self-mining the confident prototypes for source-free unsupervised domain adaptation in image segmentation [PDF] [G-Scholar] -
...
[Ren et al., Multimedia Systems 2024] SAM-guided contrast based self-training for source-free cross-domain semantic segmentation [PDF] [G-Scholar--] -
...
[Zhou et al., Image and Vision Computing 2024] Black-box model adaptation for semantic segmentation [PDF] [G-Scholar--] -
...
[Stand and Rostami, Frontiers in Big Data 2024] Source-free domain adaptation for semantic image segmentation using internal representations [PDF] [G-Scholar--] -
MAS3
[Stan and Rostami, arXiv 2024] Online continual domain adaptation for semantic image segmentation using internal representations [PDF] [G-Scholar] -
FFreeDA
[Rizzoli et al., arXiv 2024] When cars meet drones: Hyperbolic federated learning for source-free domain adaptation in adverse weather [PDF] [G-Scholar] -
360SFUDA++
[Zheng et al., arXiv 2024] 360SFUDA++: Towards source-free UDA for panoramic segmentation by learning reliable category prototypes [PDF] [G-Scholar] [CODE]
-
DA-Re2
[Jamal et al., Proc. CVPR 2018] Deep face detector adaptation without negative transfer or catastrophic forgetting [PDF] [G-Scholar] -
TemporalST
[RoyChowdhury et al., Proc. CVPR 2019] Automatic adaptation of object detectors to new domains using self-training [PDF] [G-Scholar] [CODE]
-
SFOD-Mosaic
[Li et al., Proc. AAAI 2021] A free lunch for unsupervised domain adaptive object detection without source data [PDF] [G-Scholar] -
SMT
[Zhang et al., Proc. ACMMM Asia 2021] Source-style transferred mean teacher for source-data free object detection [PDF] [G-Scholar]
-
SOAP
[Xiong et al., International Journal of Intelligent Systems 2021] Source data‐free domain adaptation of object detector through domain‐specific perturbation [PDF] [G-Scholar]
-
SFDA-PT
[Chen et al., Proc. ICML 2022] Learning domain adaptive object detection with probabilistic teacher [PDF] [G-Scholar] [CODE] -
LODS
[Li et al., Proc. CVPR 2022] Source-free object detection by learning to overlook domain style [PDF] [G-Scholar] [CODE] -
S&M
[Yuan et al., Proc. ICASSP 2022] Simulation-and-mining: Towards accurate source-free unsupervised domain adaptive object detection [PDF] [G-Scholar] -
PLMS
[Tang et al., Proc. ICME 2022] Source-free unsupervised cross-domain pedestrian detection via pseudo label mining and screening [PDF] [G-Scholar] -
MoTE
[VS et al., Proc. ICIP 2022] Mixture of teacher experts for source-free domain adaptive object detection [PDF] [G-Scholar] -
ESOD
[Wei et al., Proc. ICONIP 2022] Entropy-minimization mean teacher for source-free domain adaptive object detection [PDF] [G-Scholar]
-
PLA-DAP
[Xiong et al., Pattern Recognition 2022] Source data-free domain adaptation for a faster R-CNN [PDF] [G-Scholar] [CODE] -
G&A
[Zhao et al., arXiv 2022] 1st place solution for ECCV 2022 OOD-CV challenge object detection track [PDF] [G-Scholar]
-
IRG
[VS et al., Proc. CVPR 2023] Instance relation graph guided source-free domain adaptive object detection [PDF] [G-Scholar] [CODE] -
PETS
[Liu et al., Proc. ICCV 2023] Periodically exchange teacher-student for source-free object detection [PDF] [G-Scholar] -
...
[Chen et al., Proc. ACMMM 2023] Exploiting low-confidence pseudo-labels for source-free object detection [PDF] [G-Scholar] -
TeST
[Sinha et al., Proc. WACV 2023] TeST: Test-time self-training under distribution shift [PDF] [G-Scholar] -
MemCLR
[VS et al., Proc. WACV 2023] Towards online domain adaptive object detection [PDF] [G-Scholar] -
RPL
[Zhang et al., Proc. ICASSP 2023] Refined pseudo labeling for source-free domain adaptive object detection [PDF] [G-Scholar] -
...
[Lin et al., Proc. ICME 2023] Run and chase: Towards accurate source-free domain adaptive object detection [PDF] [G-Scholar] -
...
[Peng et al., Proc. ICANN 2023] Gradient adjusted and weight rectified mean teacher for source-free object detection [PDF] [G-Scholar]
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SFDA-STW
[Yang et al., IEEE TIM 2023] Source-free domain adaptive detection of concealed objects in passive millimeter-wave images [PDF] [G-Scholar] -
MPG
[Zhang et al., IEEE T-IV 2023] Multi-prototype guided source-free domain adaptive object detection for autonomous driving [PDF] [G-Scholar] -
A2SFOD
[Chu et al., arXiv 2023] Adversarial alignment for source free object detection [PDF] [G-Scholar] -
...
[Naik et al., arXiv 2023] Do machine learning models learn common sense? [PDF] [G-Scholar] -
...
[Sun et al., arXiv 2023] SF-FSDA: Source-free few-shot domain adaptive object detection with efficient labeled data factory [PDF] [G-Scholar] -
...
[Shi et al., arXiv 2023] Improving online source-free domain adaptation for object detection by unsupervised data acquisition [PDF] [G-Scholar]
-
LPLD
[Yoon et al., Proc. ECCV 2024] Enhancing source-free domain adaptive object detection with low-confidence pseudo-label distillation [PDF] [G-Scholar] [CODE] -
DRU
[Khanh et al., Proc. ECCV 2024] Dynamic retraining-updating mean teacher for source-free object detection [PDF] [G-Scholar] [CODE] -
STAR-MT
[Zhang and Zhou, Proc. CVPR Workshops 2024] Source-free domain adaptation for video object detection under adverse image conditions [PDF] [G-Scholar] -
...
[Liu et al., Proc. IGARSS 2024] CLIP-guided source-free object detection in aerial images [PDF] [G-Scholar] -
S3AHI
[Ding et al., Proc. IJCNN 2024] S3AHI: Source-free domain adaptive small object detection with slicing aided hyper inference [PDF] [G-Scholar--] -
DACA
[Zhao et al., IJCV 2024] Multi-source-free domain adaptive object detection [PDF] [G-Scholar] -
...
[Deng et al., IEEE TCSVT 2024] Balanced teacher for source-free object detection [PDF] [G-Scholar] -
...
[Liu et al., Geo-spatial Information Science 2024] Multi-level domain perturbation for source-free object detection in remote sensing images [PDF] [G-Scholar] -
RMT
[Tian et al., Alexandria Engineering Journal 2024] A relation-enhanced mean-teacher framework for source-free domain adaptation of object detection [PDF] [G-Scholar--] -
...
[Liu et al., arXiv 2024] Source-free domain adaptive object detection in remote sensing images [PDF] [G-Scholar] -
...
[Wei et al., The Journal of Supercomputing 2025] Proposal-level reliable feature-guided contrastive learning for SFOD [PDF] [G-Scholar]
AdaEnt
[Bateson et al., Proc. MICCAI 2020] Source-relaxed domain adaptation for image segmentation [PDF] [G-Scholar] [CODE]
-
OSUDA
[Liu et al., Proc. MICCAI 2021] Adapting off-the-shelf source segmenter for target medical image segmentation [PDF] [G-Scholar] -
DPL
[Chen et al., Proc. MICCAI 2021] Source-free domain adaptive fundus image segmentation with denoised pseudo-labeling [PDF] [G-Scholar] [CODE]
-
MetaTeacher
[Wang et al., Proc. NeurIPS 2022] Metateacher: Coordinating multi-model domain adaptation for medical image classification [PDF] [G-Scholar] [CODE] -
SI-SFDA
[Ye et al., Proc. ACMMM 2022] Alleviating style sensitivity then adapting: Source-free domain adaptation for medical image segmentation [PDF] [G-Scholar] -
SDG-CMT
[Zhu et al., Proc. BIBM 2022] Domain adaptation for medical image classification without source data [PDF] [G-Scholar] -
SFS
[Stan and Rostami, Proc. BMVC 2022] Domain adaptation for the segmentation of confidential medical images [PDF] [G-Scholar] -
U-D4R
[Xu et al., Proc. MICCAI 2022] Denoising for relaxing: Unsupervised domain adaptive fundus image segmentation without source data [PDF] [G-Scholar] -
APL
[Li et al., Proc. ICASSP 2022] Adaptive pseudo labeling for source-free domain adaptation in medical image segmentation [PDF] [G-Scholar] -
CST
[Xie et al., Proc. NeurIPS Workshops 2022] Learn complementary pseudo-label for source-free domain adaptive medical segmentation [PDF] [G-Scholar--] -
FUSION
[Chattopadhyay et al., Proc. ECCV Workshops 2022] FUSION: Fully unsupervised test-time stain adaptation via fused normalization statistics [PDF] [G-Scholar]
-
SMPT++
[Liu and Yuan, IEEE TMI 2022] A source-free domain adaptive polyp detection framework with style diversification flow [PDF] [G-Scholar] [CODE] -
AdaMI
[Bateson et al., Medical Image Analysis 2022] Source-free domain adaptation for image segmentation [PDF] [G-Scholar] [CODE] -
MCOSUDA
[Liu et al., Medical Image Analysis 2022] Memory consistent unsupervised off-the-shelf model adaptation for source-relaxed medical image segmentation [PDF] [G-Scholar] -
SFDA-FSM
[Yang et al., Medical Image Analysis 2022] Source free domain adaptation for medical image segmentation with fourier style mining [PDF] [G-Scholar] [CODE] -
PPMSDA
[Han et al., IEEE JBHI 2022] Privacy-preserving multi-source domain adaptation for medical data [PDF] [G-Scholar] -
AOS
[Hong et al., Knowledge-Based Systems 2022] Source-free unsupervised domain adaptation for cross-modality abdominal multi-organ segmentation [PDF] [G-Scholar] [CODE] -
PSMT
[Wei et al., Journal of Supercomputing 2022] Source-free domain adaptive object detection based on pseudo-supervised mean teacher [PDF] [G-Scholar--] -
BBUDA-EMD
[Liu et al., Frontiers in Neuroscience 2022] Unsupervised black-box model domain adaptation for brain tumor segmentation [PDF] [G-Scholar][Liu et al., Proc. SPIE Medical Imaging 2022] Unsupervised domain adaptation for segmentation with black-box source model [PDF] -
TT-SFUDA
[VS et al., arXiv 2022] Target and task specific source-free domain adaptive image segmentation [PDF] [G-Scholar] [CODE] -
SFDA-NS
[Kondo, arXiv 2022] Source-free unsupervised domain adaptation with norm and shape constraints for medical image segmentation [PDF] [G-Scholar] -
ProSFDA
[Hu et al., arXiv 2022] ProSFDA: Prompt learning based source-free domain adaptation for medical image segmentation [PDF] [G-Scholar] [CODE] -
IOP-FL
[Jiang et al., arXiv 2022] IOP-FL: Inside-outside personalization for federated medical image segmentation [PDF] [G-Scholar] -
SFDA-GEM
[Yuan et al., Misc 2022] Source protection domain adaptation by gumbel-min-max entropy minimization [PDF] [G-Scholar] -
PLP
[Song, Misc 2022] Source-free few-shot semi-supervised domain adaptation for CT image classification [PDF] [G-Scholar] -
...
[Li et al., Misc 2022] Source-free unsupervised adaptive segmentation for knee joint MRI [PDF] [G-Scholar]
-
SFHarmony
[Dinsdale et al., Proc. ICCV 2023] SFHarmony: Source free domain adaptation for distributed neuroimaging analysis [PDF] [G-Scholar] [CODE] -
SUMT
[Wen et al., Proc. IPMI 2023] Source-free domain adaptation for medical image segmentation via selectively updated mean teacher [PDF] [G-Scholar] -
UPL-TTA
[Wu et al., Proc. IPMI 2023] UPL-TTA: Uncertainty-aware pseudo label guided fully test time adaptation for fetal brain segmentation [PDF] [G-Scholar] -
RPANet
[Wang and Chen, Proc. IPMI 2023] Unsupervised adaptation of polyp segmentation models via coarse-to-fine self-supervision [PDF] [G-Scholar] -
CBMT
[Tang et al., Proc. MICCAI 2023] Source-free domain adaptive fundus image segmentation with class-balanced mean teacher [PDF] [G-Scholar] [CODE] -
ProtoContra
[Yu et al., Proc. MICCAI 2023] Source-free domain adaptation for medical image segmentation via prototype-anchored feature alignment and contrastive learning [PDF] [G-Scholar] [CODE] -
SaTTCA
[Li et al., Proc. MICCAI 2023] Scale-aware test-time click adaptation for pulmonary nodule and mass segmentation [PDF] [G-Scholar] [CODE] -
CPR
[Huai et al., Proc. MICCAI 2023] Context-aware pseudo-label refinement for source-free domain adaptive fundus image segmentation [PDF] [G-Scholar] [CODE] -
...
[Wang et al., Proc. MICCAI 2023] Black-box domain adaptative cell segmentation via multi-source distillation [PDF] [G-Scholar] [CODE] -
TGMA
[Yang et al., Proc. MICCAI 2023] Transferability-guided multi-source model adaptation for medical image segmentation [PDF] [G-Scholar] -
...
[Lee et al., Proc. MICCAI 2023] Self-supervised domain adaptive segmentation of breast cancer via test-time fine-tuning [PDF] [G-Scholar] -
...
[Kondo, Proc. MICCAI Workshops 2023] Black-box unsupervised domain adaptation for medical image segmentationt [PDF] [G-Scholar] -
...
[Yuan et al., Proc. EMBC 2023] Entropy-driven adversarial training for source-free medical image segmentation [PDF] [G-Scholar] -
MATS
[Chen et al., Proc. MIDL 2023] Model adaptive tooth segmentation [PDF] [G-Scholar] -
...
[Wang et al., Proc. CMMCA 2023] Advancing delineation of gross tumor volume based on magnetic resonance imaging by performing source-free domain adaptation in nasopharyngeal carcinoma [PDF] [G-Scholar] -
...
[Zhang et al., Proc. ICCECE 2023] Source-free domain adaptation via multicentric prototype for alzheimer's disease detection [PDF] [G-Scholar--] -
...
[Xu et al., Proc. AI 2023] Cross domain pulmonary nodule detection without source data [PDF] [G-Scholar--]
-
...
[Li et al., IEEE TMI 2023] Towards source-free cross tissues histopathological cell segmentation via target-specific finetuning [PDF] [G-Scholar] [CODE] -
UPL-SFDA
[Wu et al., IEEE TMI 2023] UPL-SFDA: Uncertainty-aware pseudo label guided source-free domain adaptation for medical image segmentation [PDF] [G-Scholar] -
SAME
[Li et al., IEEE TMI 2023] Enhancing and adapting in the clinic: Source-free unsupervised domain adaptation for medical image enhancement [PDF] [G-Scholar] [CODE] -
DUT
[Liu et al., IEEE TNNLS 2023] Decoupled unbiased teacher for source-free domain adaptive medical object detection [PDF] [G-Scholar] [CODE] -
DCGP-KD
[Cheng et al., IEEE TAI 2023] Domain-centroid-guided progressive teacher-based knowledge distillation for source-free domain adaptation of histopathological images [PDF] [G-Scholar] -
SCD
[Zhou et al., Computers in Biology and Medicine 2023] Superpixel-guided class-level denoising for unsupervised domain adaptive fundus image segmentation without source data [PDF] [G-Scholar] -
CP3Net
[Feng et al., Knowledge-Based Systems 2023] Cross-platform privacy-preserving CT image COVID-19 diagnosis based on source-free domain adaptation [PDF] [G-Scholar] -
CBCOST
[Huang et al., Artificial Intelligence in Medicine 2023] Source-free domain adaptive segmentation with class-balanced complementary self-training [PDF] [G-Scholar] -
RAF
[Yuan et al., The Visual Computer 2023] Data privacy protection domain adaptation by roughing and finishing stage [PDF] [G-Scholar] -
...
[Wang et al., Health Information Science and Systems 2023] M-MSSEU: Source-free domain adaptation for multi-modal stroke lesion segmentation using shadowed sets and evidential uncertainty [PDF] [G-Scholar] -
...
[Li et al., IEEE Open Journal of Signal Processing 2023] Source-data-free cross-domain knowledge transfer for semantic segmentation [PDF] [G-Scholar--] -
SUP
[Xu et al., arXiv 2023] Unsupervised cross-domain pulmonary nodule detection without source data [PDF] [G-Scholar] -
MAME
[Dong et al., arXiv 2023] Tailored multi-organ segmentation with model adaptation and ensemble [PDF] [G-Scholar] -
FVP
[Wang et al., arXiv 2023] FVP: Fourier visual prompting for source-free unsupervised domain adaptation of medical image segmentation [PDF] [G-Scholar] -
...
[Wang et al., arXiv 2023] Black-box source-free domain adaptation via two-stage knowledge distillation [PDF] [G-Scholar] -
SL
[Chen and Wang, arXiv 2023] SL: Stable learning in source-free domain adaption for medical image segmentation [PDF] [G-Scholar] -
SCDA
[Fang et al., arXiv 2023] Source-free collaborative domain adaptation via multi-perspective feature enrichment for functional MRI analysis [PDF] [G-Scholar] -
LGDA
[Ye et al., arXiv 2023] Local-global pseudo-label correction for source-free domain adaptive medical image segmentation [PDF] [G-Scholar] -
SFADA
[Ran et al., arXiv 2023] Source-free active domain adaptation for diabetic retinopathy grading based on ultra-wide-field fundus image [PDF] [G-Scholar] [CODE] -
...
[Wang et al., arXiv 2023] Dual-reference source-free active domain adaptation for nasopharyngeal carcinoma tumor segmentation across multiple hospitals [PDF] [G-Scholar] [CODE--] -
...
[Hu et al., arXiv 2023] A chebyshev confidence guided source-free domain adaptation framework for medical image segmentation [PDF] [G-Scholar] -
PD
[Rafiee et al., Misc 2023] Diversified source-free domain adaptation [PDF] [G-Scholar--] -
...
[Pourreza., Master Thesis 2023] Open-set source-free domain adaptation in fundus images analysis [PDF] [G-Scholar--]
-
SF-UT
[Hao et al., Proc. ECCV 2024] Simplifying source-free domain adaptation for object detection: Effective self-training strategies and performance insights [PDF] [G-Scholar] [CODE] -
PLPB
[Li et al., Proc. WACV 2024] Robust source-free domain adaptation for fundus image segmentation [PDF] [G-Scholar] [CODE] -
...
[Guichemerre et al., Proc. CVPR Workshops 2024] Source-free domain adaptation of weakly-supervised object localization models for histology [PDF] [G-Scholar] [CODE] -
RSA
[Zeng et al., Proc. MICCAI 2024] Reliable source approximation: Source-free unsupervised domain adaptation for vestibular schwannoma MRI segmentation [PDF] [G-Scholar] [CODE] -
IPLC
[Zhang et al., Proc. MICCAI 2024] IPLC: Iterative pseudo label correction guided by SAM for source-free domain adaptation in medical image segmentation [PDF] [G-Scholar] [CODE] -
D2SFDA
[Zhou et al., Proc. BIBM 2024] Diffusion-driven dual-flow source-free domain adaptation for medical image segmentation [PDF] [G-Scholar--] [CODE--] -
A-SFUDA
[Zhang et al., Proc. CAI 2024] Asymmetric source-free unsupervised domain adaptation for medical image diagnosis [PDF] [G-Scholar] -
...
[Nakhaei et al., Proc. SPIE Medical Imaging 2024] Refining boundaries of the segment anything model in medical images using an active contour model [PDF] [G-Scholar] -
Distill-SODA
[Vray et al., IEEE TMI 2024] Distill-SODA: Distilling self-supervised vision transformer for source-free open-set domain adaptation in computational pathology [PDF] [G-Scholar] [CODE] -
MS-MATS
[Chen et al., Medical Image Analysis 2024] Cross-center model adaptive tooth segmentation [PDF] [G-Scholar--] -
...
[Yin et al., Scientific Reports 2024] Source free domain adaptation for kidney and tumor image segmentation with wavelet style mining [PDF] [G-Scholar] -
CCMT
[Zhang et al., Neurocomputing 2024] Source-free domain adaptation framework based on confidence constrained mean teacher for fundus image segmentation [PDF] [G-Scholar--] -
UCDA
[Yu and Pei et al., Applied Sciences 2024] Uncertainty-guided asymmetric consistency domain adaptation for histopathological image classification [PDF] [G-Scholar] -
...
[Liu and Jiao, Biomedical Engineering Letters 2024] Cross-domain additive learning of new knowledge rather than replacement [PDF] [G-Scholar--] -
...
[Zhang et al., International Journal of Ophthalmology 2024] Diabetic retinopathy identification based on multi-source-free domain adaptation [PDF] [G-Scholar] -
VP-SFDA
[Chen et al., Health Data Science 2024] VP-SFDA: Visual prompt source-free domain adaptation for cross-modal medical image [PDF] [G-Scholar--] -
UniFed
[Dinsdale et al., arXiv 2024] UniFed: A unified deep learning framework for segmentation of partially labelled, distributed neuroimaging data [PDF] [G-Scholar] -
DyNA
[Chen et al., arXiv 2024] Day-night adaptation: An innovative source-free adaptation framework for medical image segmentation [PDF] [G-Scholar] -
...
[Sun and Rostami, arXiv 2024] Cross-domain distribution alignment for segmentation of private unannotated 3D medical Images [PDF] [G-Scholar] -
...
[Peralta et al., Misc 2024] Source-free domain adaptation for improving medical image quality in clinical applications [PDF] [G-Scholar--]
-
AIF-SFDA
[Li et al., Proc. AAAI 2025] AIF-SFDA: Autonomous information filter-driven source-free domain adaptation for medical image segmentation [PDF] [G-Scholar] [CODE] -
MPPL-SFDA
[Zhang et al., Biomedical Signal Processing and Control 2025] Multicentric prototype and pseudo-labeling based source-free domain adaptation for Alzheimer's disease classification [PDF] [G-Scholar--] -
C2MAL
[Zhou et al., Medical & Biological Engineering & Computing 2025] C2MAL: Cascaded network-guided class-balanced multi-prototype auxiliary learning for source-free domain adaptive medical image segmentation [PDF] [G-Scholar--]
-
ATCoN
[Xu et al., Proc. ECCV 2022] Learning temporal consistency for source-free video domain adaptation [PDF] [G-Scholar] [CODE] -
MTRAN
[Huang et al., Proc. ACMMM 2022] Relative alignment network for source-free multimodal video domain adaptation [PDF] [G-Scholar] -
SFTADA
[Chen and Ma, Proc. ICMR 2022] Source-free temporal attentive domain adaptation for video action recognition [PDF] [G-Scholar] -
RNA++
[Plananamente et al., Proc. ICIAP 2022] Test-time adaptation for egocentric action recognition [PDF] [G-Scholar] [CODE] -
CleanAdapt
[Dasgupta et al., Proc. ICVGIP 2022] Overcoming label noise for source-free unsupervised video domain adaptation [PDF] [G-Scholar]
-
STHC
[Li et al., Proc. CVPR 2023] Source-free video domain adaptation with spatial-temporal-historical consistency learning [PDF] [G-Scholar] -
DALL-V
[Zara et al., Proc. ICCV 2023] The unreasonable effectiveness of large language-vision models for source-free video domain adaptation [PDF] [G-Scholar] [CODE--] -
LCMV
[Neubert et al., Proc. ICIAP 2023] LCMV: Lightweight classification module for video domain adaptation [PDF] [G-Scholar] -
...
[Neubert., Master Thesis 2023] Source-free domain adaptation for video action recognition [PDF] [G-Scholar] -
CleanAdapt
[Dasgupta et al., Misc 2024] Source-free video domain adaptation by learning from noisy labels [PDF] [G-Scholar--] [CODE] -
CleanAdapt+TS
[Neubert et al., Pattern Recognition 2025] Source-free video domain adaptation by learning from noisy labels [PDF] [G-Scholar--] [CODE]
-
SF-UDA3D
[Saltori et al., Proc. 3DV 2020] SF-UDA3D: Source-free unsupervised domain adaptation for lidar-based 3d object detection [PDF] [G-Scholar] [CODE] -
ST3D
[Yang et al., Proc. CVPR 2021] ST3D: Self-training for unsupervised domain adaptation on 3d object detection [PDF] [G-Scholar] [CODE] -
Dreaming
[You et al., Proc. ICRA 2022] Exploiting playbacks in unsupervised domain adaptation for 3d object detection [PDF] [G-Scholar] -
UAMT
[Hegde et al., Proc. ICRA 2023] Source-free unsupervised domain adaptation for 3D object detection in adverse weather [PDF] [G-Scholar] [CODE]~~ [Hegde et al., arXiv 2021] Uncertainty-aware mean teacher for source-free unsupervised domain adaptive 3d object detection [PDF] [G-Scholar] [CODE]~~
-
AP-SFDA
[Hegde et al., Proc. WACV 2024] Attentive prototypes for source-free unsupervised domain adaptive 3d object detection [PDF] [G-Scholar] [CODE]
Anat-SFDA
[Bigalke et al., arXiv 2022] Anatomy-guided domain adaptation for 3D in-bed human pose estimation [PDF] [G-Scholar] [CODE]
-
GIPSO
[Saltori et al., Proc. ECCV 2022] GIPSO: Geometrically informed propagation for online adaptation in 3d lidar segmentation [PDF] [G-Scholar] [CODE] -
LiDAR-UDA
[Shaban et al., Proc. ICCV 2023] LiDAR-UDA: Self-ensembling through time for unsupervised LiDAR domain adaptation [PDF] [G-Scholar] [CODE] -
TTYD
[Michele et al., Proc. ECCV 2024] Train till you drop: Towards stable and robust source-free unsupervised 3D domain adaptation [PDF] [G-Scholar] [CODE]
GeoAdapt
[Knights et al., IEEE Robotics and Automation Letters 2023] GeoAdapt: Self-supervised test-time adaptation in LiDAR place recognition using geometric priors [PDF] [G-Scholar] [CODE--]
...
[Kaushik et al., Proc. ICLR 2024] Source-free and image-only unsupervised domain adaptation for category level object pose estimation [PDF] [G-Scholar]
-
AdaptML
[Wang et al., Proc. AAAI 2021] Self-domain adaptation for face anti-spoofing [PDF] [G-Scholar] -
Self-Ensemble
[Lv et al., Proc. ICASSP 2021] Combining dynamic image and prediction ensemble for cross-domain face anti-spoofing [PDF] [G-Scholar] -
GDA
[Zhou et al., Proc. ECCV 2022] Generative domain adaptation for face anti-spoofing [PDF] [G-Scholar] -
SDA-FAS
[Liu et al., Proc. ECCV 2022] Source-free domain adaptation with contrastive domain alignment and self-supervised exploration for face anti-spoofing [PDF] [G-Scholar] [CODE] -
SDA-FAS++
[Liu et al., IEEE TPAMI 2024] Source-free domain adaptation with domain generalized pretraining for face anti-spoofing [PDF] [G-Scholar]
SFOFR
[Zhang et al., Proc. ICASSP 2022] Free lunch for cross-domain occluded face recognition without source data [PDF] [G-Scholar]
-
CluP
[Conti et al., Proc. BMVC 2022] Cluster-level pseudo-labelling for source-free cross-domain facial expression recognition [PDF] [G-Scholar] [CODE] -
LTVAL
[Guo et al., Multimedia Tools and Applications 2023] LTVAL: Label transfer virtual adversarial learning framework for source-free facial expression recognition [PDF] [G-Scholar]
...
[Xu et al., CVIU 2024] Uncertainty guided test-time training for face forgery detection [PDF] [G-Scholar--]
-
MtASD
[Wu et al., Proc. CVPR 2019] Distilled person re-identification: Towards a more scalable system [PDF] [G-Scholar] -
MSFDA-PT
[Ding et al., The Visual Computer 2021] Source-free unsupervised multi-source domain adaptation via proxy task for person re-identification [PDF] [G-Scholar] -
...
[Song et al., Applied Sciences 2023] Unsupervised vehicle re-identification method based on source-free knowledge transfer [PDF] [G-Scholar] -
S2ADAP
[Qu et al., Knowledge-Based Systems 2023] Source-free style-diversity adversarial domain adaptation with privacy-preservation for person re-identification [PDF] [G-Scholar] -
IAMT
[Qu et al., ACM TOMM 2024] Instance-level adversarial source-free domain adaptive person re-identification [PDF] [G-Scholar--] -
AAMT
[Qu et al., IEEE TMM 2024] AAMT: Adversarial attack-driven mutual teaching for source-free domain-adaptive person reidentification [PDF] [G-Scholar] -
SFPS
[Yan et al., Pattern Recognition 2025] Source-free domain adaptive person search [PDF] [G-Scholar]
-
SOCKET
[Ahmed et al., Proc. ECCV 2022] Cross-modal knowledge transfer without task-relevant source data [PDF] [G-Scholar] [CODE] -
PopNet
[Wu et al., arXiv 2022] Source-free depth for object pop-out [PDF] [G-Scholar] [CODE--] -
UPL
[Huang et al., arXiv 2022] Unsupervised prompt learning for vision-language models [PDF] [G-Scholar] [CODE] -
POUF
[Tanwisuth et al., Proc. ICML 2023] POUF: Prompt-oriented unsupervised fine-tuning for large pre-trained models [PDF] [G-Scholar] [CODE] -
SUMMIT
[Simons et al., Proc. ICCV 2023] SUMMIT: Source-free adaptation of uni-modal models to multi-modal targets [PDF] [G-Scholar] [CODE] -
MISFIT
[Rizzoli et al., arXiv 2023] Source-free domain adaptation for RGB-D semantic segmentation with vision transformers [PDF] [G-Scholar] -
CPL
[Zhang et al., Proc. ICML 2024] Candidate pseudolabel learning: Enhancing vision-language models by prompt tuning with unlabeled data [PDF] [G-Scholar] [CODE] -
FPL/GRIP
[Menghini et al., Proc. NeurIPS 2024] Enhancing CLIP with CLIP: Exploring pseudolabeling for limited-label prompt tuning [PDF] [G-Scholar] [CODE] -
Frolic
[Zhu et al., Proc. NeurIPS 2024] Enhancing zero-shot vision models by label-free prompt distribution learning and bias correcting [PDF] [G-Scholar] [CODE--] -
EventDance
[Zheng and Wang, Proc. CVPR 2024] EventDance: Unsupervised source-free cross-modal adaptation for event-based object recognition [PDF] [G-Scholar] -
ZLaP
[Stojnić et al., Proc. CVPR 2024] Label propagation for zero-shot classification with vision-language models [PDF] [G-Scholar] [CODE] -
uCAP
[Nguyen et al., Proc. ECCV 2024] uCAP: An unsupervised prompting method for vision-language models [PDF] [G-Scholar] -
NtUA
[Ali and Khan, Proc. ECCV 2024] Noise-tolerant few-shot unsupervised adapter for vision-language models [PDF] [G-Scholar] -
...
[Zhan et al., Proc. IJCAI 2024] Towards dynamic-prompting collaboration for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
ReCLIP
[Hu et al., Proc. WACV 2024] ReCLIP: Refine contrastive language image pre-training with source free domain adaptation [PDF] [G-Scholar] [CODE] -
DIFO
[Tang et al., Proc. WACV 2024] Source-free domain adaptation with frozen multimodal foundation model [PDF] [G-Scholar] -
OT-VP
[Zhang et al., Proc. CVPR Workshops 2024] OT-VP: Optimal transport-guided visual prompting for test-time adaptation [PDF] [G-Scholar--] -
QED
[Liu et al., IEEE TCSVT 2024] Question type-aware debiasing for test-time visual question answering model adaptation [PDF] [G-Scholar] -
BBC
[Tian et al., Signal, Image and Video Processing 2024] CLIP-guided black-box domain adaptation of image classification [PDF] [G-Scholar] -
TGKT
[Zhu et al., arXiv 2024] Source-free cross-modal knowledge transfer by unleashing the potential of task-irrelevant data [PDF] [G-Scholar] -
TFUP
[Long et al., arXiv 2024] Training-free unsupervised prompt for vision-language models [PDF] [G-Scholar] [CODE] -
RCL
[Chen et al., arXiv 2024] Empowering source-free domain adaptation with MLLM-driven curriculum learning [PDF] [G-Scholar] [CODE--] -
TransCLIP
[Zanella et al., arXiv 2024] Boosting vision-language models with transduction [PDF] [G-Scholar] [CODE] -
DPA
[Ali et al., arXiv 2024] DPA: Dual prototypes alignment for unsupervised adaptation of vision-language models [PDF] [G-Scholar] -
EventDance++
[Zheng and Wang, arXiv 2024] EventDance: Unsupervised source-free cross-modal adaptation for event-based object recognition [PDF] [G-Scholar] [CODE--] -
LatteCLIP
[Cao et al., arXiv 2024] LatteCLIP: Unsupervised CLIP fine-tuning via LMM-synthetic texts [PDF] [G-Scholar] -
CDBN
[Li et al., arXiv 2024] Data-efficient CLIP-powered dual-branch networks for source-free unsupervised domain adaptation [PDF] [G-Scholar] -
LAD
[Peng et al., arXiv 2024] Language-guided alignment and distillation for source-free domain adaptation [PDF] [G-Scholar--] -
ECALP
[Li et al., arXiv 2024] Efficient and context-aware label propagation for zero-/few-shot training-free adaptation of vision-language model [PDF] [G-Scholar] -
L2C
[Chi et al., Proc. ICLR 2025] Learning to adapt frozen CLIP for few-shot test-time domain adaptation [PDF] [G-Scholar--] -
GTA-CLIP
[Saha et al., arXiv 2025] Generate, transduct, adapt: Iterative transduction with VLMs [PDF] [G-Scholar] [CODE--]
SOSR
[Ai et al., arXiv 2023] SOSR: Source-free image super-resolution with wavelet augmentation transformer [PDF] [G-Scholar]
DRN
[Yu et al., Proc. ACMMM 2022] Source-free domain adaptation for real-world image dehazing [PDF] [G-Scholar]
Harmonizing-Flows
[Beizaee et al., arXiv 2024] Harmonizing flows: Unsupervised MR harmonization based on normalizing flows [PDF] [G-Scholar] [CODE]-Harmonizing-Flows
[Beizaee et al., arXiv 2023] Harmonizing flows: Unsupervised MR harmonization based on normalizing flows [PDF] [G-Scholar] [CODE]
CVQE-MT
[Wang, Proc. ICCWAMTIP 2022] An unsupervised domain adaptation method for compressed video quality enhancement [PDF] [G-Scholar]
SFDA-SSLBN
[Liu et al., arXiv 2022] Source-free unsupervised domain adaptation for blind image quality assessment [PDF] [G-Scholar]
SS-SFDA
[Kothandaraman et al., Proc. ICCV Workshops 2021] SS-SFDA: Self-supervised source-free domain adaptation for road segmentation in hazardous environments [PDF] [G-Scholar] [CODE]
CMPL
[Renz et al., Proc. CVPR Workshops 2021] Sign segmentation with changepoint-modulated pseudo-labelling [PDF] [G-Scholar] [CODE]
DocTTA
[Ebrahimi et al., arXiv 2022] Test-time adaptation for visual document understanding [PDF] [G-Scholar] [DATA]
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MAPS
[Ding et al., IEEE TCSVT 2023] MAPS: A noise-robust progressive learning approach for source-free domain adaptive keypoint detection [PDF] [G-Scholar] [CODE] -
...
[Peng et al., Proc. ICCV 2023] Source-free domain adaptive human pose estimation [PDF] [G-Scholar] -
...
[Raychaudhuri et al., Proc. ICCV 2023] Prior-guided source-free domain adaptation for human pose estimation [PDF] [G-Scholar] -
...
[Santoso and Wijaya, Asian American Research Letters Journal 2024] Unsupervised domain adaptation for human pose estimation in the absence of source data [PDF] [G-Scholar]
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DARTH
[Segu et al., Proc. ICCV 2023] DARTH: Holistic test-time adaptation for multiple object tracking [PDF] [G-Scholar] [CODE] -
OC-SORT
[Shu et al., ITE Technical Report 2024] Exploring source-free domain adaption in multiple object tracking [PDF] [G-Scholar--]
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CaSA
[Bozorgtabar et al., Proc. BMVC 2022] Anomaly detection and localization using attention-guided synthetic anomaly and test-time adaptation [PDF] [G-Scholar] -
AnoVL
[Deng et al., arXiv 2023] AnoVL: Adapting vision-language models for unified zero-shot anomaly localization [PDF] [G-Scholar] -
...
[Klüttermann and Müller, arXiv 2024] About test-time training for outlier detection [PDF] [G-Scholar] [CODE]
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T3AR
[Zancato et al., Proc. CVPR 2023] Train/test-time adaptation with retrieval [PDF] [G-Scholar] -
DISC
[Ma et al., IEEE TMM 2024] Discrepancy and structure-based contrast for test-time adaptive retrieval [PDF] [G-Scholar] -
PCLO
[Li et al., IEEE TCSVT 2024] Progressive contrastive label optimization for source-free universal 3D model retrieval [PDF] [G-Scholar--]
UnReGA
[Cai et al., Proc. CVPR 2023] Source-free adaptive gaze estimation by uncertainty reduction [PDF] [G-Scholar] [CODE--]
POV
[Xu et al., Proc. ACMMM 2023] POV: Prompt-oriented view-agnostic learning for egocentric hand-object interaction in the multi-view world [PDF] [G-Scholar]
SF-Adapter
[Kang et al., Proc. IMWUT 2023] SF-Adapter: Computational-efficient source-free domain adaptation for human activity recognition [PDF] [G-Scholar]
AMD
[Alfaro-Contreras and Calvo-Zaragoza, arXiv 2024] Align, minimize and diversify: A source-free unsupervised domain adaptation method for handwritten text recognition [PDF] [G-Scholar]
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...
[Rufin et al., arXiv 2023] Taking it further: Leveraging pseudo labels for field delineation across label-scarce smallholder regions [PDF] [G-Scholar] -
...
[Mohammadi et al., Remote Sensing of Environment 2024] A source-free unsupervised domain adaptation method for cross-regional and cross-time crop mapping from satellite image time series [PDF] [G-Scholar] [CODE] -
SFDA-rPPG
[Xie et al., arXiv 2024] SFDA-rPPG: Source-free domain adaptive remote physiological measurement with spatio-temporal consistency [PDF] [G-Scholar] [CODE] -
...
[Wen et al., arXiv 2024] Generalizing segmentation foundation model under sim-to-real domain-shift for guidewire segmentation in X-ray fluoroscopy [PDF] [G-Scholar--]
...
[Laparra et al., JAMIA open 2020] Rethinking domain adaptation for machine learning over clinical language [PDF] [G-Scholar]
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CdKD
[Zhao et al., Proc. ACL 2021] Matching distributions between model and data: Cross-domain knowledge distillation for unsupervised domain adaptation [PDF] [G-Scholar] -
PPT
[Kurniawan et al., Proc. EACL 2021] PPT: Parsimonious parser transfer for unsupervised cross-lingual adaptation [PDF] [G-Scholar] [CODE] -
...
[Kedia et al., Proc. ECAL 2021] Keep learning: Self-supervised meta-learning for learning from inference [PDF] [G-Scholar] -
ActiveST
[Su et al., Proc. ACL SemEval 2021] The University of Arizona at SemEval-2021 task 10: Applying self-training, active learning and data augmentation to source-free domain adaptation [PDF] [G-Scholar] -
...
[Laparra et al., Proc. ACL SemEval 2021] SemEval-2021 task 10: Source-free domain adaptation for semantic processing [PDF] [G-Scholar]
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e-SHOT-CE
[Cao et al., IEEE TVT 2021] Towards cross-environment human activity recognition based on radar without source data [PDF] [G-Scholar]
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...
[Su et al., Proc. ACL 2022] A comparison of strategies for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
...
[Kurniawan et al., Proc. NAACL 2022] Unsupervised cross-lingual transfer of structured predictors without source data [PDF] [G-Scholar] [CODE] -
IDANI
[Antverg et al., Proc. ACL Workshops 2022] IDANI: Inference-time domain adaptation via neuron-level interventions [PDF] [G-Scholar] [CODE] -
...
[Zhang et al., Proc. China Automation Congress 2022] Source-free domain adaptation for rotating machinery cross-domain fault diagnosis with neighborhood reciprocity clustering [PDF] [G-Scholar--] -
...
[Zhu et al., Proc. ICSMD 2022] Source-free unsupervised domain adaptation for privacy-preserving intelligent fault diagnosis [PDF] [G-Scholar] -
MDMAML
[Li et al., IEEE CIM 2022] Meta-learning for fast and privacy-preserving source knowledge transfer of EEG-based BCIs [PDF] [G-Scholar] -
MSDT
[Zhang et al., IEEE TNSRE 2022] Multi-source decentralized transfer for privacy-preserving BCIs [PDF] [G-Scholar] -
LSFT
[Zhang and Wu, IEEE TCDS 2022] Lightweight source-free transfer for privacy-preserving motor imagery classification [PDF] [G-Scholar] -
ASFA
[Xia et al., IEEE TBE 2022] Privacy-preserving domain adaptation for motor imagery-based brain-computer interfaces [PDF] [G-Scholar] [CODE] -
T-ISTGNN
[Qi et al., IEEE TITS 2022] Privacy-preserving cross-area traffic forecasting in ITS: A transferable spatial-temporal graph neural network approach [PDF] [G-Scholar] -
DP-SFDA
[An et al., IEEE TITS 2022] A privacy-preserving unsupervised domain adaptation framework for clinical text analysis [PDF] [G-Scholar] -
SFAD
[Jiao et al., IEEE TII 2022] Source-free adaptation diagnosis for rotating machinery [PDF] [G-Scholar] -
scEMAIL
[Wan et al., Genomics, Proteomics and Bioinformatics 2022] scEMAIL: Universal and source-free annotation method for scRNA-seq data with novel cell-type perception [PDF] [G-Scholar] [CODE] -
...
[Wang et al., Chinese Journal of Aeronautics 2022] Source free unsupervised domain adaptation for electro-mechanical actuator fault diagnosis [PDF] [G-Scholar] -
MDAQA
[Yin et al., arXiv 2022] Source-free domain adaptation for question answering with masked self-training [PDF] [G-Scholar]
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NOTELA
[Boudiaf et al., Proc. ICML 2023] In search for a generalizable method for source free domain adaptation [PDF] [G-Scholar][Boudiaf et al., Misc 2023] NOTELA: A generalizable method for source free domain adaptation [PDF] -
TaU
[Zhan et al., Proc. ACL 2023] Test-time adaptation for machine translation evaluation by uncertainty minimization [PDF] [G-Scholar] [CODE--] -
FLOOD
[Liu et al., Proc. KDD 2023] FLOOD: A flexible invariant learning framework for out-of-distribution generalization on graphs [PDF] [G-Scholar] -
MAPU
[Ragab et al., Proc. KDD 2023] Source-free domain adaptation with temporal imputation for time series data [PDF] [G-Scholar] [CODE] -
TALC
[Wei et al., Proc. EMNLP Findings 2023] Leveraging multiple teachers for test-time adaptation of language-guided classifiers [PDF] [G-Scholar--] [CODE--] -
...
[Lee et al., Proc. BCI 2023] Source-free cross-domain state of charge estimation of lithium-ion batteries at different ambient temperatures [PDF] [G-Scholar] [CODE] -
SFQA
[Zhao et al., Proc. ICASSP 2023] Source-free unsupervised domain adaptation for question answering [PDF] [G-Scholar] -
BKD-SFUDA
[Tian et al., Proc. CSCWD 2023] Knowledge distillation with source-free unsupervised domain adaptation for BERT model compression [PDF] [G-Scholar--] -
...
[Wang et al., Proc. IEEE ICMA 2023] Source-free domain adaptation network for rolling bearing fault diagnosis [PDF] [G-Scholar--] -
DSP
[Liu et al., Proc. AIMLR 2023] Adaptive speech recognition via dual-level sequential pseudo labels [PDF] [G-Scholar--] -
...
[Zhang et al., Proc. ASRU 2023] Consistency based unsupervised self-training for ASR personalisation [PDF] [G-Scholar--] -
...
[Islam et al., Proc. ETFG 2023] Location agnostic source-free domain adaptive learning to predict solar power generation [PDF] [G-Scholar]
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SFTTN
[Shen et al., IEEE TPEL 2023] Source-free cross-domain state of charge estimation of lithium-ion batteries at different ambient temperatures [PDF] [G-Scholar] -
...
[Yue et al., IEEE TIM 2023] Multiple source-free domain adaptation network based on knowledge distillation for machinery fault diagnosis [PDF] [G-Scholar] -
...
[Wu et al., IEEE TIM 2023] Privacy-preserving adaptive remaining useful life prediction via source free domain adaption [PDF] [G-Scholar] [CODE] -
SF-CA
[Zhu et al., IEEE TIM 2023] Source-free cluster adaptation for privacy-preserving machinery fault diagnosis [PDF] [G-Scholar] -
...
[Zhu et al., IEEE TIM 2023] Dual contrastive training and transferability aware adaptation for multi-source privacy-preserving motor imagery classification [PDF] [G-Scholar] [CODE] -
...
[Zhao et al., IEEE TII 2023] Source-free domain adaptation for privacy-preserving seizure prediction [PDF] [G-Scholar] -
TASFA
[Xiao et al., IEEE TII 2023] Temporal attention source-free adaptation for chemical processes fault diagnosis [PDF] [G-Scholar--] -
B2TSDA
[Ren et al., IEEE TCYB 2023] Single/multi-source black-box domain adaption for sensor time series data [PDF] [G-Scholar] -
SS-TrBoosting
[Zhao et al., IEEE TNSRE 2023] Source-free domain adaptation (SFDA) for privacy-preserving seizure subtype classification [PDF] [G-Scholar] -
...
[Wang et al., IEEE Internet of Things Journal 2023] Wireless IoT monitoring system in Hong Kong–Zhuhai–Macao bridge and edge computing for anomaly detection [PDF] [G-Scholar] -
...
[Dridi et al., Building and Environment 2023] Unsupervised domain adaptation with and without access to source data for estimating occupancy and recognizing activities in smart buildings [PDF] [G-Scholar] -
...
[Dridi et al., Energy and Buildings 2023] Unsupervised domain adaptation without source data for estimating occupancy and recognizing activities in smart buildings [PDF] [G-Scholar] -
SFDAF
[Li et al., Reliability Engineering and System Safety 2023] Source-free domain adaptation framework for fault diagnosis of rotation machinery under data privacy [PDF] [G-Scholar] -
UCSN
[Li et al., IEEE Sensors Journal 2023] Unsupervised continual source-free network for fault diagnosis of machines under multiple diagnostic domains [PDF] [G-Scholar] -
PPDA
[Wang et al., IEEE Sensors Journal 2023] Privacy-preserving domain adaptation for intracranial EEG classification via information maximization and gaussian mixture model [PDF] [G-Scholar] -
HSSC-EMM
[Zhang et al., Mechanical Systems and Signal Processing 2023] Universal source-free domain adaptation method for cross-domain fault diagnosis of machines [PDF] [G-Scholar] -
...
[Li et al., Journal of Manufacturing Systems 2023] Federated transfer learning in fault diagnosis under data privacy with target self-adaptation [PDF] [G-Scholar] -
TAPDA
[Yuan and Siyal, Biomedical Signal Processing and Control 2023] Target-oriented augmentation privacy-protection domain adaptation for imbalanced ECG beat classification [PDF] [G-Scholar] -
...
[Zhao et al., Measurement Science and Technology 2023] Single-source UDA for privacy-preserving intelligent fault diagnosis based on domain augmentation [PDF] [G-Scholar] -
MWSDTN
[Gao et al., Expert Systems With Applications 2023] Multi-source weighted source-free domain transfer method for rotating machinery fault diagnosis [PDF] [G-Scholar] -
...
[Tian et al., Reliability Engineering & System Safety 2023] A novel generalized source-free domain adaptation approach for cross-domain industrial fault diagnosis [PDF] [G-Scholar] -
...
[Guney et al., arXiv 2023] Source free domain adaptation of a DNN for SSVEP-based brain-computer interfaces [PDF] [G-Scholar--] [CODE--] -
AMFDA
[Salimnia., Master Thesis 2023] Attention-based multi-source-free domain adaptation for EEG emotion recognition [PDF] [G-Scholar] -
...
[Niknam., Master Thesis 2023] Source-free domain adaptation for sleep stage classification [PDF] [G-Scholar]
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...
[Vermani et al., Proc. ICLR 2024] Leveraging generative models for unsupervised alignment of neural time series data [PDF] [G-Scholar] -
RNA
[Luo et al., Proc. IJCAI 2024] Rank and align: Towards effective source-free graph domain adaptation [PDF] [G-Scholar] -
GraphCTA
[Zhang et al., Proc. WWW 2024] Collaborate to adapt: Source-free graph domain adaptation via bi-directional adaptation [PDF] [G-Scholar] [CODE] -
SOGA
[Mao et al., Proc. WSDM 2024] Source free graph unsupervised domain adaptation [PDF] [G-Scholar][Mao et al., arxiv 2024] Source free unsupervised graph domain adaptation [PDF] [G-Scholar] -
...
[Flynn and Ragni, Proc. Interspeech 2024] Self-train before you transcribe [PDF] [G-Scholar--] -
CHDA
[Chien et al., Proc. Interspeech 2024] Collaborative contrastive learning for hypothesis domain adaptation [PDF] [G-Scholar] -
CaHTN
[Wang et al., Proc. Interspeech 2024] Confidence-aware hypothesis transfer networks for source-free cross-corpus speech emotion recognition [PDF] [G-Scholar] -
...
[Oiso et al., Proc. Interspeech 2024] Prompt tuning for audio deepfake detection: Computationally efficient test-time domain adaptation with limited target dataset [PDF] [G-Scholar] -
PASAL
[Yin et al., Proc. NAACL Findings 2024] Source-free unsupervised domain adaptation for question answering via prompt-assisted self-learning [PDF] [G-Scholar] -
SFPS
[Shimizu, et al., Proc. ACL Findings 2024] Improving self-training with prototypical learning for source-free domain adaptation on clinical text [PDF] [G-Scholar] -
SF-ABSA
[Zhao et al., Proc. LREC-COLING 2024] Source-free domain adaptation for aspect-based sentiment analysis [PDF] [G-Scholar] -
...
[Bu et al., Proc. KSEM 2024] Weighted multiple source-free domain adaptation ensemble network in intelligent machinery fault diagnosis [PDF] [G-Scholar] -
ECAN
[Zhao et al., Proc. ICASSP 2024] Emotion-aware contrastive adaptation network for source-free cross-corpus speech emotion recognition [PDF] [G-Scholar] -
...
[Liu et al., Proc. ICASSP 2024] Source-free domain adaptation for millimeter wave radar based human activity recognition [PDF] [G-Scholar] -
PAW
[Huang et al., Proc. ICASSP 2024] Privacy-preserving attention-weighted multi-source domain adaptation for EEG motor imagery [PDF] [G-Scholar] -
SFDA-OMR
[Roselló et al., Proc. ICDAR 2024] Source-free domain adaptation for optical music recognition [PDF] [G-Scholar] [CODE] -
...
[Wang et al., Proc. I2MTC 2024] A clustering-guided source-free domain transfer learning diagnostic method for rotating machiner [PDF] [G-Scholar--] -
SODAN
[Yue et al., Proc. I2MTC 2024] Source-free open-set domain adaptation network for emerging fault diagnosis of planetary gearbox [PDF] [G-Scholar--] -
GALA
[Luo et al., IEEE TPAMI 2024] GALA: Graph diffusion-based alignment with Jigsaw for source-free domain adaptation [PDF] [G-Scholar] [CODE] -
ISFAD
[Liu et al., IEEE TIM 2024] Imbalanced source-free adaptation diagnosis for rotating machinery [PDF] [G-Scholar] -
SF-UDA
[Kumar et al., IEEE TIM 2024] Mitigating negative transfer learning in source free-unsupervised domain adaptation for rotating machinery fault diagnosis [PDF] [G-Scholar] -
...
[Zhong et al., IEEE TIM 2024] Source-free domain adaptation with self-supervised learning for non-intrusive load monitoring [PDF] [G-Scholar] -
SPARK
[Yuan et al., IEEE JBHI 2024] SPARK: a high-efficiency black-box domain adaptation framework for source privacy-preserving drowsiness detection [PDF] [G-Scholar] -
AEA
[Wang et al., IEEE JBHI 2024] Lightweight source-free domain adaptation based on adaptive euclidean alignment for brain-computer interfaces [PDF] [G-Scholar] -
TSSFDA
[Jia et al., IEEE TETCI 2024] A two-stage privacy-preserving domain adaptation for industrial time-series prediction [PDF] [G-Scholar--] -
...
[Chen et al., IEEE Internet of Things Journal 2024] Uncertainty estimation pseudo-labels guided source-free domain adaptation for cross-domain remaining useful life prediction in IIoT [PDF] [G-Scholar--] -
EMDKFA
[Lin et al., IEEE Internet of Things Journal 2024] Towards efficient multi-domain knowledge fusion adaptation via low-rank reparameterization and noisy label learning: Application to source-free cross-comain fault diagnosis in IIoT [PDF] [G-Scholar--] -
...
[Hu et al., IEEE Sensors Journal 2024] Fast online fault diagnosis for PMSM based on adaptation model [PDF] [G-Scholar] -
...
[Zhang et al., IEEE Sensors Journal 2024] Reliable source-free domain adaptation for cross-user myoelectric pattern recognition [PDF] [G-Scholar] -
...
[Ma et al., Knowledge-Based Systems 2024] Source-free cross-domain fault diagnosis of rotating machinery using the siamese framework [PDF] [G-Scholar] -
SFRDA-PLUE
[Liu et al., Knowledge-Based Systems 2024] A source free robust domain adaptation approach with pseudo-labels uncertainty estimation for rolling bearing fault diagnosis under limited sample conditions [PDF] [G-Scholar] -
AFSF-FD
[Li et al., Knowledge-Based Systems 2024] Anti-forgetting source-free domain adaptation method for machine fault diagnosis [PDF] [G-Scholar] -
...
[Cao et al., Reliability Engineering & System Safety 2024] Source-free domain adaptation for transferable remaining useful life prediction of machine considering source data absence [PDF] [G-Scholar] -
...
[Yu et al., Reliability Engineering & System Safety 2024] Source-free domain adaptation method for fault diagnosis of rotation machinery under partial information [PDF] [G-Scholar] -
SSFDA-DLP
[Su et al., Reliability Engineering & System Safety 2024] Semi-supervised source-free domain adaptation method via diffusive label propagation for rotating machinery fault diagnosis [PDF] [G-Scholar] -
ACPDA
[Li et al., Reliability Engineering & System Safety 2024] Adaptive centroid prototype-based domain adaptation for fault diagnosis of rotating machinery without source data [PDF] [G-Scholar] -
...
[Lin et al., Reliability Engineering & System Safety 2024] A robust source-free unsupervised domain adaptation method based on uncertainty measure and adaptive calibration for rotating machinery fault diagnosis [PDF] [G-Scholar] -
TFFM
[Gao et al., Information Fusion 2024] Time- and frequency-domain fusion for source-free adaptation fault diagnosis [PDF] [G-Scholar--] -
...
[Liu et al., Expert Systems with Applications 2024] Reinforced fuzzy domain adaptation: Revolutionizing data-unaccessible rotating machinery fault diagnosis across multiple domains [PDF] [G-Scholar] -
SFDA-CD
[Wang and Wu, Remote Sensing 2024] SFDA-CD: A source-free unsupervised domain adaptation for VHR image change detection [PDF] [G-Scholar] -
...
[Wang et al., Advanced Engineering Informatics 2024] SFDA-T: A novel source-free domain adaptation method with strong generalization ability for fault diagnosis [PDF] [G-Scholar] -
...
[Wu et al., Acta Energiae Solaris Sinica 2024] Multi-source domain adaptive fault diagnosis method of wind turbine gearbox under no-accessing source data [PDF] [G-Scholar] -
...
[Mellot et al., arXiv 2024] Physics-informed and unsupervised riemannian domain adaptation for machine learning on heterogeneous EEG datasets [PDF] [G-Scholar] -
STAR
[Hu et al., arXiv 2024] Self-taught recognizer: Toward unsupervised adaptation for speech foundation models [PDF] [G-Scholar] [CODE] -
SSFDA
[Guo et al., arXiv 2024] SpGesture: Source-free domain-adaptive sEMG-based gesture recognition with jaccard attentive spiking neural network [PDF] [G-Scholar] -
E-MAPU
[Gong et al., arXiv 2024] Evidentially calibrated source-free time-series domain adaptation with temporal imputation [PDF] [G-Scholar] -
...
[Elia et al., arXiv 2024] Source-free domain adaptation for speaker verification in data-scarce languages and noisy channels [PDF] [G-Scholar--] -
TAAD
[Sun et al., arXiv 2024] Continuous test-time domain adaptation for efficient fault detection under evolving operating conditions [PDF] [G-Scholar] -
DT3OR
[Yang et al., arXiv 2024] Dual test-time training for out-of-distribution recommender system [PDF] [G-Scholar] -
STMA
[Gnassounou et al., arXiv 2024] Multi-source and test-time domain adaptation on multivariate signals using spatio-temporal monge alignment [PDF] [G-Scholar] -
...
[Soylu et al., arXiv 2024] The art of the steal: Purloining deep learning models developed for an ultrasound scanner to a competitor machine [PDF] [G-Scholar] -
EverAdapt
[Ragab et al., arXiv 2024] EverAdapt: Continuous adaptation for dynamic machine fault diagnosis environments [PDF] [G-Scholar] [CODE] -
TemSR
[Wang et al., arXiv 2024] Temporal source recovery for time-series source-free unsupervised domain adaptation [PDF] [G-Scholar] [CODE] -
SFT
[Patel et al., arXiv 2024] Efficient source-free time-series adaptation via parameter subspace disentanglement [PDF] [G-Scholar] -
AdaRC
[Bao et al., arXiv 2024] AdaRC: Mitigating graph structure shifts during test-time [PDF] [G-Scholar] -
SPDIM
[Li et al., arXiv 2024] SPDIM: Source-free unsupervised conditional and label shift adaptation in EEG [PDF] [G-Scholar] -
GraphATA
[Zhang and He, Proc. WWW 2025] Aggregate to adapt: Node-centric aggregation for multi-source-free graph domain adaptation [PDF] [G-Scholar--] [CODE] -
KTDA
[Jiao et al., IEEE TII 2025] Source-free black-box adaptation for machine fault diagnosis [PDF] [G-Scholar--] -
BRR
[Zhan et al., Neural Networks 2025] Reducing bias in source-free unsupervised domain adaptation for regression [PDF] [G-Scholar] -
TFDA
[Furqon et al., Information Sciences 2025] Time and frequency synergy for source-free time-series domain adaptations [PDF] [G-Scholar] [CODE] -
CSSL
[Wang et al., User Modeling and User-Adapted Interaction 2025] A contrastive self-supervised learning method for source-free EEG emotion recognition [PDF] [G-Scholar] -
NUD
[Wang et al., Biomedical Signal Processing and Control 2025] Active source-free domain adaptation for intracranial EEG classification via neighborhood uncertainty and diversity [PDF] [G-Scholar--]
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[Yang et al., Proc. ACM-MM2007] Cross-domain video concept detection using adaptive svms [PDF] [G-Scholar]
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[Aytal and Zisserman, Proc. ICCV 2011] Tabula rasa: Model transfer for object category detection [PDF] [G-Scholar]
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[Kuzborskij et al., Proc. ICML 2013] Stability and hypothesis transfer learning [PDF] [G-Scholar]
-
[Tommasi et al., IEEE TPAMI 2013] Learning categories from few examples with multi model knowledge transfer [PDF] [G-Scholar]
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AdaBN
[Li et al., Proc. ICLR 2017] Revisiting batch normalization for practical domain adaptation [PDF] [G-Scholar] -
...
[Burns and Steinhardt, Proc. CVPR 2021] Limitations of post-hoc feature alignment for robustness [PDF] [G-Scholar] [CODE] -
DARE
[Rosenfeld et al., Proc. NeurIPS Workshops 2022] Domain-adjusted regression or: ERM may already learn features sufficient for out-of-distribution generalization [PDF] [G-Scholar] -
GDSDA
[Ao et al., Proc. AAAI 2017] Fast generalized distillation for semi-supervised domain adaptation [PDF] [G-Scholar] -
MapNet+
[Brahmbhatt et al., Proc. CVPR 2018] Geometry-aware learning of maps for camera localization [PDF] [G-Scholar] -
dkdHTL
[Yu et al., arXiv 2020] Dynamic knowledge distillation for black-box hypothesis transfer learning [PDF] [G-Scholar] -
TOHAN
[Chi et al., Proc. NeurIPS 2021] TOHAN: A one-step approach towards few-shot hypothesis adaptation [PDF] [G-Scholar] [CODE] -
LCCS
[Zhang et al., Proc. IJCAI 2022] Few-shot adaptation of pre-trained networks for domain shift [PDF] [G-Scholar] [CODE] -
CIDA
[Kundu et al., Proc. ECCV 2020] Class-incremental domain adaptation [PDF] [G-Scholar]
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DEG-Net
[Dong et al., Proc. ICML 2023] Diversity-enhancing generative network for few-shot hypothesis adaptation [PDF][G-Scholar] -
RMT
[Döbler et al., Proc. CVPR 2023] Class-incremental domain adaptation [PDF] [G-Scholar] [CODE] -
PromptStyler
[Cho et al., Proc. ICCV 2023] PromptStyler: Prompt-driven style generation for source-free domain generalization [PDF] [G-Scholar] [CODE] -
SF-DAP
[Lee et al., Proc. ICCV 2023] Unsupervised accuracy estimation of deep visual models using domain-adaptive adversarial perturbation without source samples [PDF] [G-Scholar] -
...
[Ericsson et al., Proc. AutoML 2023] Better practices for domain adaptation [PDF] [G-Scholar]
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CIFA
[Qi et al., IEEE Signal Processing Letters 2023] Causal intervention for few-shot hypothesis adaptation [PDF] [G-Scholar--] -
TIDo
[Ambastha and Yun, arXiv 2023] TIDo: Source-free task incremental learning in non-stationary environments [PDF] [G-Scholar] -
ALeN
[Ambastha and Yun, arXiv 2023] Adversarial learning networks: Source-free unsupervised domain incremental learning [PDF] [G-Scholar] -
...
[Singh and Diggavi, arXiv 2023] Representation transfer learning via multiple pre-trained models for linear regression [PDF] [G-Scholar] -
...
[Huang et al., arXiv 2023] Prompt ensemble self-training for open-vocabulary domain adaptation [PDF] [G-Scholar] -
PseudoCal
[Hu et al., arXiv 2023] PseudoCal: A source-free approach to unsupervised uncertainty calibration in domain adaptation [PDF] [G-Scholar]
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MAP
[Peng et al., Proc. CVPR 2024] MAP: MAsk-pruning for source-free model intellectual property protection [PDF] [G-Scholar] [CODE--] -
TASFAR
[He et al., Porc. ICDE 2024] Target-agnostic source-free domain adaptation for regression tasks [PDF] [G-Scholar] [CODE] -
...
[Leroux et al., Proc. CVPR Workshops 2024] Test-time specialization of dynamic neural networks [PDF] [G-Scholar--] -
IM-DCL
[Xu et al., IEEE TIP 2024] Enhancing information maximization with distance-aware contrastive learning for source-free cross-domain few-shot learning [PDF] [G-Scholar] [CODE] -
TEA
[Jin et al., IEEE TMM 2024] Federated hallucination translation and source-free regularization adaptation in decentralized domain adaptation for foggy scene understanding [PDF] [G-Scholar--] -
OSFTL
[Wu et al., IEEE TNSRE 2024] Online privacy-preserving EEG classification by source-free transfer learning [PDF] [G-Scholar] -
CamoNet
[Zhang et al., IEEE TMC 2024] CamoNet: On-device neural network adaptation with zero interaction and unlabeled data for diverse edge environments [PDF] [G-Scholar] -
RobustDA
[Guo et al., IEEE Journal on Emerging and Selected Topics in Circuits and Systems 2024] RobustDA: Lightweight robust domain adaptation for evolving data at edge [PDF] [G-Scholar] -
TETOT
[Mehra et al., arXiv 2024] Test-time assessment of a model's performance on unseen domains via optimal transport [PDF] [G-Scholar] -
L^3
[Xie et al., arXiv 2024] Look, learn and leverage (L^3): Mitigating visual-domain shift and discovering intrinsic relations via symbolic alignment [PDF] [G-Scholar] -
...
[Zeng et al., arXiv 2024] LLM embeddings improve test-time adaptation to tabular Y|X-shifts [PDF] [G-Scholar] [CODE] -
ACT
[anonymous et al., Misc 2025] Asymmetric co-training for source-free few-shot domain adaptation [PDF--] [G-Scholar--] [CODE]