What is the right representation for compressing the streaming data?
How to achieve a balance between efficient adaptation and long-lasting memorization?
I am currently a postdoctoral fellow at Institute for AI Industry Research (AIR), Tsinghua University, working with Prof. Guyue Zhou and Prof. Ya-Qin Zhang.
Prior to that, I obtained my Ph.D Degree from Peking University in 2023, advised by Prof. Hongbin Zha.
My research is driven by the long-term goal of developing perceptually and physically adaptive intelligence for mobile agents deployed over extended periods. I believe that active learning through live interactions with the environment is the key to scaling such intelligence with unending streaming data, provided that the system can adapt safely and efficiently. I focus on vision-based adaptive systems through continual learning, mainly for dense reconstruction and exploration, with recent extensions to robotic manipulation and locomotion. My primary interest is balancing continual adaptation and knowledge retention. This involves developing suitable representations and optimization strategies to meet the real-time constraints of diverse robotic tasks. A summary of my previous work can be found in the Research Summary and Publications.
[June 2025] Two papers accepted to ICCV 2025!
[June 2025] DISCOVERSE accepted to IROS 2025!
[May 2025] ActiveSplat accepted to RA-L!
[May 2025] I was recognized as a CVPR2025 Outstanding Reviewer!
[May 2025] I served as an Associate Editor at IROS 2025.
[Jul 2024] Two papers accepted to ECCV 2024!
[Jul 2024] Two papers accepted to IROS 2024!
[May 2024] I served as an Associate Editor at IROS 2024.
[Feb 2024] One paper accepted to CVPR 2024!
In the short term, my target systems can be summarized into three projects, which constitute the core focus of most of my publications. I envision these projects as three progressive phases toward achieving adaptive intelligence in robotic navigation, manipulation, and locomotion. The first phase, namely LiveMimic, seeks human-in-the-loop policy training to accelerate the pre-training stage with convenient in-distribution human demonstrations; The second phase aims to improve the policy generalization through realistic simulation (or a learned world model that predicts future state conditioned on action commands), namely ByteYard, thereby narrowing sim-to-real gap with safe post-training via trial-and-error; The final stage, namely Xplore, aims to promote autonomous and active refinement of deployed policies for test-time adaptation. My personal interest lies in studying the exploration-exploitation tradeoff within the neural network energy landscape, focusing on appropriate representations and corresponding optimization strategies to balance exploration efficiency and knowledge coverage in practice.
What is the right representation for compressing the streaming data?
How to achieve a balance between efficient adaptation and long-lasting memorization?
How can the robot efficiently learn and adapt the skills from natural supervisions?
How can the digitalized 3D information be exploited for goal-oriented task execution?
ICCV 2025 [Project: LiveMimic ByteYard]
Proactive Scene Decomposition and Reconstruction
Baicheng Li, Zike Yan†, Dong Wu, Hongbin Zha†
IROS 2025 [Project: ByteYard]
DISCOVERSE: Efficient Robot Simulation in Complex High-Fidelity Environments [Project page] [Paper]
Many authors
IEEE RA-L 2025 [Project: Xplore]
ActiveSplat: High-Fidelity Scene Reconstruction through Active Gaussian Splatting [Project page] [Paper]
Yuetao Li*, Zijia Kuang*, Ting Li, Zike Yan†, Guyue Zhou, Shaohui Zhang†
ECCV 2024 [Project: Xplore]
Learn to Memorize and to Forget: A Continual Learning Perspective of Dynamic SLAM [Paper]
Baicheng Li, Zike Yan†, Dong Wu, Hanqing Jiang, Hongbin Zha†
ECCV 2024 [Project: ByteYard]
Structured-NeRF: Hierarchical Scene Graph with Neural Representation [Paper]
Zhide Zhong*, Jiakai Cao*, Songen Gu, Sirui Xie, Liyi Luo, Hao Zhao, Guyue Zhou, Haoang Li, Zike Yan†
IROS 2024 [Project: Xplore]
Active Neural Mapping at Scale [Project page] [Paper]
Zijia Kuang, Zike Yan†, Hao Zhao, Guyue Zhou, Hongbin Zha
CVPR 2024 [Project: ByteYard]
PanoRecon: Real-Time Panoptic 3D Reconstruction from Monocular Video [Paper]
Dong Wu, Zike Yan, Hongbin Zha
ICCV 2023 [Project: Xplore]
Active Neural Mapping [Project page] [Paper]
Zike Yan, Haoxiang Yang, Hongbin Zha
CICAI 2023 [Best Paper Runner-up, Project: ByteYard]
MARS: An Instance-aware, Modular and Realistic Simulator for Autonomous Driving [Project page] [Paper]
Many authors
IEEE RA-L 2022 [Project: LiveMimic]
Visual-Inertial Odometry based on Kinematic Constraints in IMU Frames [Paper]
Xin Wang, Youqi Pan, Zike Yan, Hongbin Zha
ICCV 2021 [Project: Xplore]
Continual Neural Mapping: Learning an Implicit Scene Representation from Sequential Observations [Project page] [Paper]
Zike Yan, Yuxin Tian, Xuesong Shi, Ping Guo, Peng Wang, Hongbin Zha
IEEE T-RO 2021 [Project: LiveMimic]
Line Flow based Simultaneous Localization and Mapping [Paper]
Qiuyuan Wang, Zike Yan, Junqiu Wang, Fei Xue, Wei Ma, Hongbin Zha
CVPR 2021 [Project: Xplore]
Online Learning of a Probabilistic and Adaptive Scene Representation [Paper]
Zike Yan, Xin Wang, Hongbin Zha
Virtual Reality and Intelligent Hardware 2019
Flow-based SLAM: From Geometry Computation to Learning [Paper]
Zike Yan, Hongbin Zha
Reviewer: CVPR, ICCV, ECCV, ICLR, NeurIPS, ICRA, IROS, CoRL, 3DV, ACMMM, IJCV, T-VCG, T-IV, RA-L.
Associate Editor: IROS2024, IROS2025.