PIH: Physical-intrinsic Harmonizer for Editable Neural Reconstruction
Transforms artifact-prone neural-rendered frames into temporally consistent simulations with flexibility for illumination control and virtual asset insertion.
Research*Equal contribution. Highlighted papers have a yellow marker. Generative SimulationPIH: Physical-intrinsic Harmonizer for Editable Neural ReconstructionPreprint, 2026
Transforms artifact-prone neural-rendered frames into temporally consistent simulations with flexibility for illumination control and virtual asset insertion. Perception & Decision-MakingDomain Adaptive Depth Completion via Spatial-Error ConsistencyPattern Recognition (PR), 2025
Addressing the UDA problem in depth completion based on a domain/structural-agnostic property. EasyChauffeur: A Baseline Advancing Simplicity and Efficiency on WaymaxTechnical Report, 2024
Training strategies, data efficiency, and robust evaluation are equally important in learning-based planning. Multi-modal Machine Learning
Revisiting MLLMs: An In-Depth Analysis of Image Classification AbilitiesPreprint, Arxiv 2024
Why some VLMs are bad at image classification while others are not? ProjectsLine-Following and Treasure-Hunting RobotTechniques: Electronic design, Mechanical Design, Control, Computer Vision
The project requires robots to complete exploration and treasure-hunting tasks within 180 seconds, testing planning, adaptability, positioning, climbing, and obstacle-crossing abilities, while balancing speed and stability. Autonomous Driving RobotTechniques: Computer Vision, Mechanical Design, Control
The competition requires smart cars to follow the lane, identify specific markers, and complete tasks. Finishing is marked by crossing the finish line, and teams are ranked based on total score and time. Drone Landing with Visual AidTechniques: SLAM, Computer Vision
The drone needs to navigate through the unknown maze and land safely. Industrial Experience
Baidu Inc.Research intern hosted by Dr. Jiang-jiang Liu.
Shenzhen Institute of Artificial Intelligence and Robotics for Society (AIRS)Undergraduate research intern with CUHK(SZ) hosted by Dr. Junjie Hu.
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