Photogrammetry

Real-world 3D modeling with multiview photogrammetry using omnidirectional RGB cameras.

RGB-D method

Real-time scanning based on multi-view RGB-D sensor

Processing on High-Speed Parallel Graphics

Real-time scanning and processing of 3D volumetric graphics models for static and dynamic objects

Virtual Human Scanning

Real-world 4D volumetric camera technology, scanning technology, and camera calibration technology

Create real-time 3D volumetric models

Image processing and graphics technology that generates photorealistic 3D volumetric models in real time from multi-view RGB-D information.

3D point cloud (mesh) sequence compression

3D model prediction and compression using rigging, animating (deformation) techniques.

Creating a MetaHuman Model

Integrate, align, and enhance photorealistic 4D volumetric-based metahuman creation with multi-view images and point clouds

Real-time skeleton extraction

Obtain a high-precision 3D skeleton by analyzing images input from a multi-view camera.

Rigging for dynamic metahumans

Rig a virtual human by analyzing skeleton information extracted from a 4D volumetric model.

Animating virtual human movements

Using Rigged Information and 4D Volumetric Information to Change MetaHumans to Implement Movement

Virtual human creation (generative type) deep learning

Deep learning technology to analyze 4D volumetric information input from multi-view cameras