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I am an assistant professor in the Department of Computer Science in the University of Texas at Dallas. I was a postdoc at UC Berkeley/ICSI working with Prof. Stella Yu. Previously, I completed my PhD at the University of California San Diego advised by Prof. Tajana Rosing. During my PhD, I had the pleasure to spent time at Qualcomm AI research and IBM Thomas J. Watson Research Center. Email: yunhui.guo (at) utdallas.edu I am looking for research interns in deep learning or computer vision. Please send me an email with your CV and transcript if you are interested. |
02/2025 Our paper on continual out-of-distribution detection accepted at CVPR 2025.
12/2024 Our project has been selected by the Nvidia Academic Grant Program.
12/2024 One paper on test-time adaptation has been accepted for an Oral Presentation at AAAI 2025. Congratulations to Sarthak!
09/2024 Two papers were accepted by NeurIPS 2024. Congratulations to my students!
09/2024 I will be serving as an Area Chair for CVPR 2025.
07/2024 One paper about deep neural network watermarking was accepted by ECCV 2024. Congratulations to my students!
05/2024 One paper is early accepted (top 11%) by MICCAI 2024.
02/2024 Unsupervised Hyperbolic Feature Learning and Segment Every Out-of-Distribution Object are accepted by CVPR 2024.
01/2024 I will be serving as an Area Chair for ECCV 2024.
12/2023 One paper accepted in AAAI 2024.
11/2023 I was selected for the AAAI 2024 New Faculty Highlights Program.
10/2023 Two papers accepted in WACV 2024.
My research is at the intersection of machine learning and computer vision. The goal of my lab is to investigate, design, and develop intelligent vision systems capable of reliable deployment in real-world scenarios. Currently, my research focuses on constructing intelligent agents that can continuously learn, dynamically adapt to evolving environments without forgetting previously acquired knowledge, and repurpose existing knowledge to adapt to novel scenarios. Our work paves the way for building intelligent and reliable systems in IoT, mobile computing, and autonomous driving, with the long-term goal of making AI more accessible and robust.
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