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Seohui Bae
I'm a research scientist at LG AI Research in South Korea.
At LG AI Research, I've worked on reasoning, out-of-distribution extrapolation, and neural functionals. I completed my bachelor's and master's studies at KAIST, where I was fortunate to be advised by Prof. Eunho Yang.
Email /
Google Scholar /
LinkedIn
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News
- I will be attending ICML 2025 this July. See you in Vancouver 🇨🇦
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Research
I work at the intersection of reasoning, adaptation, and learning under distribution shifts.
My research interests include the following topics:
- Online RL for Vision/Language Agents and Exploratory Decision Making in Embodied Environments
- Model-based RL and Multimodal Forecasting under Distribution Shifts
- Robust Generalization under Distribution Shifts
I regularly contribute to academic publications and collaborative research projects.
I’m especially interested in bridging industrial challenges with generalizable solutions in: inference-time scaling, long-tail generalization, and extrapolation
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Interests
- reasoning, RL & optimization
- causal forecasting & out-of-distribution generalization
- large-model systems & inference-time efficiency
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Education
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Selected Publications
(* equal contribution; †co-corresponding)
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Align While Search: Belief-Guided Exploratory Inference for World-Grounded Embodied Agents
Seohui Bae, Jeonghye Kim, Youngchul Sung, Woohyung Lim
ICML Workshop on Exploration in AI Today, 2025
[pdf]
keyword: epistemic exploration, language model agent, test-time adaptation
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Language-Agent Forecasting with World-Model Surrogates under Delayed Feedback
Seohui Bae, Sangjun Han, Junhyeok Kang, Soyeon Park, Hyeokjun Choe, Soonyoung Lee
preprint, 2025
[pdf]
keyword: forecasting, language agent, world-model surrogate
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Geometry-Aware Normalization for Imbalanced Time-series Forecasting
Seohui Bae, Junhyeok Kang, Jun Seo, Soyeon Park, Wonbin Ahn, Soonyoung Lee
preprint, 2025
[pdf]
keyword: time-series, heavy-tail distribution, normalization
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Projects
LG AI Research
- EXAONE-Futurecast
- Demand Forecasting
Ongoing Research
- Online Rule Learning in Vision–Language Agents: continually turns implicit interaction rules into actionable policies.
- Decision Tree-Based Model Adaptation: using symbolic structure to guide low-cost adaptation of pretrained agents.
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Education
M.S. in Graduate School of Artificial Intelligence, Mar 2020–Feb 2022
B.S. in Biological Science, Computer Science (minor), Mar 2015–Feb 2020
- Korea Advanced Institute of Science and Technology (KAIST)
Korea Science Academy of KAIST, Mar 2012–Feb 2015
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Academic Service
Conference / Journal Reviewer
- Conferences: NeurIPS[24-26], ICLR[26], AAAI[26], AISTATS[25-26]
- Workshops / Shorts: AAAI[23], ICLR[24], ICML[23]
- Journals: ACM Computing Surveys[24]
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Last date of update: 2025-10-05 / template
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