Research
I am interested in fundamental AI problems related to , world
models, reinforcement learning and representation learning.
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JEDI: Latent End-to-end Diffusion Mitigates Agent-Human Performance Asymmetry in Model-Based Reinforcement Learning
Jing Yu LIM, Zarif Ikram, Samson Yu, Haozhe Ma, Tze-Yun Leong, Dianbo Liu
Preprint., 2025
arXiv /
We uncover an performance assymetry of existing Model-Based RL agents on the Atari100k benchmark across agent-optimal and human-optimal tasks; this is especially pronounced in pixel-based agents. To address this, we propose Joint Embedding DIffusion (JEDI) World Model which captures both the visual modeling power of diffusion models as well as the action temporal reasoning capabilities of latent world models. JEDI World Model agents performs more holistically across both sets of tasks.
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Latent Emission-Augmented Perspective-Taking (LEAPT) for Human-Robot Interaction
Kaiqi Chen, Jing Yu LIM, Kingsley Kuan, Harold Soh
IROS, 2023
arXiv /
We propose a deep multi-modal latent world model that enables the learning of uncertainty in latent space and perspective-taking of human’s observation and belief in partially observable environments.
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