OMOTION

Vision-based motion capture

Vision-based motion capture hardware

Real-time motion capture and skeleton result

Motion capture that tracks/analyzes movement based on images acquired through an RGB-D camera
Improving the physical limitations of existing sensor-based motion capture technology (attachment of sensors, wearing suits, etc.)
Motion capture for multiple human models as well as animals and objects

Own solutions and technologies

Real-time 3D skeleton extraction technology

Multi-view point RGB-D-based real-time photorealistic 3D volumetric model generation technology

Fast, parallel graphics processing technology for real-time, real-world 3D content creation

Graphics processing technology to track and analyze motion based on images
Processing technology for skeleton estimation and motion refinement based on multi-view images
Correction of joint coordinates using point cloud information in 3D space
Correction of motion capture data using 3D volumetric and human body information

Comparison of motion capture methods

Sensor-based motion capture

Comparison Item

Vision-based motion capture

Complicated hardware setup

Hardware

Simple hardware setup using imaging sensors

Very high

Precision

Adjustable precision (low ~ high)

Need for a dedicated studio

Environment for motion capture

Possible in normal environment

Multiple specialized operators

Operations staffing

User operating possible

Create high-quality content for VFX, games, movies, virtual reality, and more.

Field of application

Used in complex environments such as VFX, virtual broadcasting, virtual streaming, sports analytics, healthcare, and more.

SOLUTION