Projects

Multi-camera Synchronized Capture System

A capture system that combines hardware trigger signals with software control for synchronized acquisition, distributed storage, and computation.

• Designed the system architecture, circuits, and multithreaded C++ software, and carried out system testing.
• Supports cross-brand cameras and RGB, depth, infrared, and tactile acquisition devices.
• Tested synchronization error below 1 ms and frame rates up to 120 fps.
• Applied to human motion capture, hand tracking, and dynamic scene reconstruction.

Human Pose Estimation in Vehicle Cabins

A university research collaboration with Huawei on estimating 3D human pose from a monocular in-cabin camera.

• Designed, trained, and validated monocular human pose estimation algorithms.
• Focused on drivers and rear-seat passengers under occlusion and restricted viewpoints.
• Developed foundational perception methods for intelligent vehicle cabins.

XPBD Garment Simulation

A garment simulation project using XPBD, demonstrated on an animated human character.

The demo shows garment deformation as the character moves, with a focus on dynamic clothing behavior.