
Taeckyung Lee
@taeckyung_lee
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Ph.D. Student @ KAIST (Advisor: Prof. Sung-Ju Lee). Collaborating with Prof. Jinwoo Shin (KAIST) and Prof. Taesik Gong (UNIST).
Joined September 2023
We're happy to announce that our work on test-time adaptation with binary feedback has been accepted to #ICML2025!. We will discuss how we can utilize human feedback for TTA. Special thanks to collaborators.@sornswgn @JunsuKim97 @jinwoos0417 @Taesik_MobileAI @wewantsj !!
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You can now check our paper! We are hosting a poster session from 11:00 a.m. to 1:30 p.m. on July 17th. Please feel free to reach out to me to connect at ICML in Vancouver. - Arxiv: - Openreview:
openreview.net
Deep learning models perform poorly when domain shifts exist between training and test data. Test-time adaptation (TTA) is a paradigm to mitigate this issue by adapting pre-trained models using...
We're happy to announce that our work on test-time adaptation with binary feedback has been accepted to #ICML2025!. We will discuss how we can utilize human feedback for TTA. Special thanks to collaborators.@sornswgn @JunsuKim97 @jinwoos0417 @Taesik_MobileAI @wewantsj !!
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@sornswgn @JunsuKim97 @jinwoos0417 @Taesik_MobileAI @wewantsj Please stay tuned for our camera-ready version!!
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Curious about *estimating test-time adaptation (TTA) accuracy* without labeled data or source data access? Check out our #CVPR2024 paper on AETTA, a novel method for TTA accuracy estimation. π Paper: π» Code: (1/3)
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RT @ori_press: Entropy minimization is often used to increase the accuracy of models on unlabeled data, but it isnβt clear why it works. Inβ¦.
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See you at CVPR '24!.
π Thrilled to announce that our research, "ATTA: Label-Free Accuracy Estimation for Test-Time Adaptation," has been accepted at #CVPR2024! Kudos to the awesome team: @taeckyung_lee, @sornswgn, and @wewantsj π. Stay tuned for our camera-ready version and code!
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RT @Taesik_MobileAI: Excited to announce that our research on robust test-time adaptation for noisy streams has been accepted at #NeurIPS20β¦.
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