Related work

The foundational work on continual learning, 1980 to 2026: methods, theory, benchmarks, surveys, and the neuroscience of memory. Updated weekly; some carry our notes.

40 papers of 8,653Sort Recent · Most cited
  1. 2026
    Continual learning via semantic memory systemMingsen Luo, Qihe Liu, Fei Ye … Shijie ZhouPattern Recognition · University of Electronic Science and Technology of China · University of York
  2. 2026
    Continual learning via dynamic expandable task-specific and general representationsQihe Liu, yongcheng zhong, Fei Ye … ShiJie ZhouKnowledge-Based Systems · University of Electronic Science and Technology of China · University of York
  3. 2026
    Learning Adaptive and Expandable Mixture Model for Continual LearningFei Ye, yongcheng zhong, Qihe Liu … Shijie ZhouAAAI · University of Electronic Science and Technology of China · University of York
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  4. 2026PDF ↗
  5. 2026
    Continual Learning Via Gradient-Regularized Based Dynamic Expansion ModelFei Ye, yongcheng zhong, Qihe Liu … ShiJie ZhouIEEE Trans. Multimedia · University of Electronic Science and Technology of China · University of York
  6. 2025
    Online Continual Learning via Dynamic Expandable Recursive ModelFei Ye, Adrian G. BorşACM International Conference on Multimedia · University of Electronic Science and Technology of China · Chengdu University of Information Technology · +1
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  7. 2025PDF ↗
  8. 2025
    Online Task-Free Continual Learning via Dynamic Expansionable Memory DistributionFei Ye, Adrian G. BorşCVPR · University of Electronic Science and Technology of China · University of York
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  9. 2025
    Training a Dynamic Growing Mixture Model for Lifelong LearningFei Ye, Adrian G. BorşTNNLS · University of Electronic Science and Technology of China · University of York
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  10. 2025
    Online task-free continual learning via Expansible Vision TransformerFei Ye, Adrian G. BorşPattern Recognition · University of Electronic Science and Technology of China · University of York
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  11. 2025
    Online task-free continual learning via discrepancy mechanismFei Ye, Adrian G. BorşKnowledge-Based Systems · University of Electronic Science and Technology of China · University of York
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  12. 2025
    Continual Unsupervised Generative ModelingFei Ye, Adrian G. BorşTPAMI · University of Electronic Science and Technology of China · University of York
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  13. 2025
    Dynamic Expansion Diffusion Learning for Lifelong Generative ModellingFei Ye, Adrian G. Borş, Kun ZhangAAAI · University of Electronic Science and Technology of China · University of York · +1
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  14. 2025
    Continual Unsupervised Generative Modelling via Online Optimal TransportFei Ye, Adrian G. Borş, Kun ZhangAAAI · University of Electronic Science and Technology of China · University of York · +2
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  15. 2025
    Lifelong Scalable Generative System via Online Maximum Mean DiscrepancyFei Ye, Adrian G. BorşAAAI · University of Electronic Science and Technology of China · University of York
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  16. 2025
    Evolving Ensemble Model based on Hilbert Schmidt Independence Criterion for task-free continual learningFei Ye, Adrian G. BorşNeurocomputing · University of Electronic Science and Technology of China · University of York
  17. 2024
    Continual compression model for online continual learningFei Ye, Adrian G. BorşApplied Soft Computing · University of Electronic Science and Technology of China · Chengdu University of Information Technology · +1
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  18. 2024
    Temporal Transformer Encoder for Video Class Incremental LearningNattapong Kurpukdee, Adrian G. BorşICIP · University of York
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  19. 2024PDF ↗
  20. 2024PDF ↗
  21. 2024
    Task-Free Dynamic Sparse Vision Transformer for Continual LearningFei Ye, Adrian G. BorşAAAI · Mohamed bin Zayed University of Artificial Intelligence · University of York
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  22. 2023
    Self-Evolved Dynamic Expansion Model for Task-Free Continual LearningFei Ye, Adrian G. BorşICCV · University of York
  23. 2023
  24. 2024
    Lifelong Generative Adversarial AutoencoderFei Ye, Adrian G. BorşTNNLS · University of York
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  25. 2023PDF ↗
  26. 2023
    Learning Dynamic Latent Spaces for Lifelong Generative ModellingFei Ye, Adrian G. BorşAAAI · University of York
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  27. 2023
    Lifelong Compression Mixture Model via Knowledge Relationship GraphFei Ye, Adrian G. BorşAAAI · University of York
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  28. 2023PDF ↗
  29. 2023
    Lifelong Dual Generative Adversarial Nets Learning in TandemFei Ye, Adrian G. BorşIEEE Trans. Cybernetics · University of York
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  30. 2023
    Dynamic Scalable Self-Attention Ensemble for Task-Free Continual LearningFei Ye, Adrian G. BorşICASSP · University of York
  31. 2022
    Learning an Evolved Mixture Model for Task-Free Continual LearningFei Ye, Adrian G. BorşICIP · University of York
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  32. 2022PDF ↗
  33. 2022PDF ↗
  34. 2022
    Lifelong Generative Modelling Using Dynamic Expansion Graph ModelFei Ye, Adrian G. BorşAAAI · University of York
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  35. 2023
    Dynamic Self-Supervised Teacher-Student Network LearningFei Ye, Adrian G. BorşTPAMI · University of York
  36. 2021PDF ↗
  37. 2023
    Lifelong Mixture of Variational AutoencodersFei Ye, Adrian G. BorşTNNLS · University of York
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  38. 2022
    Lifelong Teacher-Student Network LearningFei Ye, Adrian G. BorşTPAMI · University of York
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  39. 2020
    Lifelong learning of interpretable image representationsFei Ye, Adrian G. BorşICIP · University of York
  40. 2020PDF ↗
About this index

We keep this list because we read the field and wanted one place to see it. It covers work on continual learning itself, in the core areas of machine learning, and leaves out papers that apply it inside another field, such as medical imaging or fault diagnosis. By default it shows the papers we have a reason to trust: published at a venue like NeurIPS, ICML, ICLR, CVPR or TPAMI, or written by someone who has published there, or cited a few hundred times. The rest are one click away under “All papers”. It is seeded from the community lists kept by ContinualAI and by Xialei Liu, then filled out from OpenAlex, and every week a script looks for new papers on OpenAlex and arXiv. A model reads each candidate and decides whether it belongs; a person reviews the additions before they go live. Authors and affiliations come from OpenAlex, so a recent preprint can lack its institutions for a week or two.

Missing something, or filed under the wrong venue? Write to hello@unify.ai with the arXiv id or DOI.