Chi-Hsi Hank Kung
I am a research assistant at National Yang Ming Chiao Tung University in Taiwan, where I work on visual action recognition and event identification in traffic scenes and advised by Prof. Yi-Ting Chen. Meanwhile, I am also actively collaborating with Dr. Yi-Hsuan Tsai.
This summer, I will be visiting Indiana University Bloomington to delve into the intersection of egocentric vision and cognitive science with Prof. David Crandall.
Prior to this, I received my M.Sc from National Tsing-Hua University, where I was supervised by Prof. Che-Rung Lee, and B.Sc from National Taipei University.
I am actively looking for a Ph.D position for Fall 2025!
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Research
My research interest lies in video understanding, particularly action/behavior analysis for development of autonomous driving and long-horizon robot tasks. My current research topics focus on learning ego-centric and action-centric representations for recognition and temporal action segmentation in traffic scenes and daily-life activities.
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Publications
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Action-slot: Visual Action-centric Representations for Atomic Activity Recognition in Traffic Scenes
Chi-Hsi Kung,
Shu-Wei Lu,
Yi-Hsuan Tsai,
Yi-Ting Chen
CVPR, 2024
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TACO dataset
We use Action-slot to represent atomic activities. The learned attention can discover and localize atomic activities with only weak video labels and without using any perception module (e.g., object detector).
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RiskBench: A Scenario-based Benchmark for Risk Identification
Chi-Hsi Kung,
Chieh-Chi Yang,
Pang-Yuan Pao,
Shu-Wei Lu,
Pin-Lun Chen,
Hsin-Cheng Lu,
Yi-Ting Chen
ICRA, 2024
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dataset
The FIRST benchmark that enables evaluation of various types of risk identification algorithms, namely, rule-based, trajectoy-prediction-based, collision prediction, and behavior-change-based. We also assess the influence of risk identification to the downstream driving task.
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ADD: A Fine-grained Dynamic Inference Architecture for Semantic Image Segmentation
Chi-Hsi Kung and
Che-Rung Lee
IROS, 2021 & ACML 2021 MRVC workshop
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We use Neural Architecture Search (NAS) to find an optimal structure for dynamic inference on semantic segmentation.
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Conference Reviewer
IEEE Conference on Computer Vision and Pattern Recognition (2023-2024)
IEEE International Conference on Development and Learning (2024)
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