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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Research

My long-term research vision is to develop highly adaptive, general-purpose AI systems that continuously improve their capabilities and expand their skill sets through "active engagement" within a dynamic, ever-changing multimodal world. These systems aim to become more effective over time, responding to an unpredictable environment and developing human-like problem-solving abilities. My research includes neuro-symbolic learning, language agent reasoning/acting, reinforcement learning, and cost-efficient test-time adaptation in out-of-distribution scenarios. While my past work has drawn inspiration from neuroscience and cognitive science, these interests continue to inform my perspective on building adaptable AI systems.

My research interest include the following topics:

Applications may include intelligence for the physical environment requiring control such as robotic intelligence, modality-agnostic concept-based multi-hop reasoning, and some real-world scenarios that lack observations, such as forecasting, simulation, and scientific modeling.

Interests


  • decision making, reasoning/
    acting, reinforcement learning
  • out-of-distribution, test-time adaptation
  • science of learning

Education


Selected Publications

(* equal contribution)
BEEAgent: Retrieval-Guided Environment Reflection Enables Exploration-Exploitation Trade-offs for LLM Agents
Jeonghye Kim*, Seohui Bae*, Youngchul Sung, Woohyung Lim
under review

A retrieval-guided environment reflection enables exploration-exploitation trade-offs for LLM agents
keyword: LLM agent, partial observation, knowledge retrieval

Learning to Extrapolate Implicit Neural Representation in Parameter Manifold
Seohui Bae, Jaehoon Lee, Jun Seo, Wonbin Ahn, Woohyung Lim
in submission

A latent identifying neural functional along parameter manifold for modality-agnostic generalized INR
keyword: generalization, extrapolation, neural functional, parameter space

Projects

LG AI Research
  • EXAONE-Futurecast
  • Demand Forecasting

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

Academic Service

Conference/Journal Reviewer
  • Conferences: ICLR 2025, NeurIPS 2024, ICLR 2024
  • Workshops/Shorts: ICLR 2024, ICML 2023, AAAI 2023
  • Journals: ACM Computing Surveys 2024

Last date of update: 2025-02-15 / template