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Case Studies
NOKOV Motion Capture Basketball Game Demo
UMI Game
8M × 6M
Maya、Motion Builder
Human Body Movements
8 × Mars 4H Mocap Camera

Our client installed 36 optical motion capture cameras of 4.1 megapixels in a digital studio with a length of 8 meters and a width of 6 meters. As the current mainstream equipment, the optical motion capture system uses the optical cameras to capture the position information of markers fixed on key joints of the human body, transmits it to the computer in real time, and processes the data by the motion capture software, thereby obtaining motion data, and then Import these data into 3D software such as Maya, Motion Builder, etc., and finally will be used for game development, film and TV, animation, virtual production, virtual performance, TVC and other fields.

More about Entertainment
structure of the wire-driven continuum robot

Applications of motion capture systems in wire-driven continuum robot research

Sichuan University
A system of motion capture cameras are arranged around the robot.

Applications of Motion Capture Systems for Robot Joint Displacement and Geometric Parameter Calibration

School of Aerospace Engineering and Applied Mechanics，Tongji University
Movement patteren of the red snake through the channel and example of software-acquired data

Applications of motion capture for snake movement analysis and snake robot development

Changchun University of Science and Technology
Figure 6 3D view of the distillation robot workspace

Research on industrial robot systems in liquor distillation process

Shanghai Jiao Tong University
structure of aerial manipulator

Applications of motion capture systems in the development of a target detection and positioning algorithm for aerial manipulator

Nanjing University of Aeronautics and Astronautics
The process of the motion capture system measuring the motion trajectory of the center of mass of the human body.

Research on Constant Force Suspension Backpacks in Mechanical Exoskeletons

Harbin Institute of Technology
motion capture camera arrangement

Applications of motion capture systems in the evaluation of the 3D spatial positioning performance of harvesting robot

Chongqing University of Technology

Motion capture system for multi-user virtual space walking & interaction experiment

University of Science and Technology of China (USTC)

Applications of motion capture systems in the study of indoor integrated positioning technology

Harbin Institute of Technology

Human-vehicle collaborative navigation and positioning technology optimization

Harbin Institute of Technology
Research & development of Biomechatronics Robots with motion capture

Research & development of Biomechatronics Robots

South University of Science and Technology
Deformation measurement of underwater suspension tunnel by using mocap

Deformation measurement of underwater suspension tunnel

Tianjin institute of water transportation engineering, ministry of transport

Autonomous construction of cooperative UAV

Tongji University
four-legged bionic machine

Gait optimization of four-legged bionic robotics

Shandong University
using motion capture to capture the pose data of the UAV in collaborative electric power inspection system

Collaborative electric power inspection system

China electric power research institute
hexapod Robot under the motion capture cameras

NOKOV motion capture helps the coordination between the legs of Hexapod Robot

Shanghai Jiao Tong university
motion capture markers pasted on fingers

Robotic arm assembly skills learning

Harbin Institute of Technology (Shenzhen)
unmanned ground vehicle

Tracking of unmanned ground vehicles
test site of multiplayer VR interaction in large space

Multiplayer VR Interaction in Large Space

University of Science and Technology of China
The NOKOV motion capture system can be connected to MakeReal3D.

Ergonomics

Beijing Long Teknik Technology Co., Ltd.
3D Animation - Football Tutorial

3D Animation - Football Tutorial

Guangzhou Sport University (GZSU)

Gait analysis

Shanghai Yueyang Hospital of Integrated Traditional Chinese and Western Medicine
Motion capture cameras obtained the 3D spatial position of the soccer player’s key joints.

Motion Analysis in Football

Guangzhou Sport University (GZSU)
Experimental site of Zhongyuan Institute of Technology with mocap

Motion planning of bio-inspired robot

Zhongyuan University of Technology
the UA pasting motion capture markers

Using optical positioning system to realize multi-agent formation obstacle avoidance

Institute of Automation, Chinese Academy of Sciences
using motion capture to collect motion data of a rope-driven robot

Trajectory planning and verification of rope traction rehabilitation robot using motion capture system

Xidian University
application of motion capture system in accurate pose measurement of cantilever roadheader

Application of motion capture system in accurate pose measurement of cantilever roadheader

China University of Mining and Technology
measure picking robot data with capture lenses

Motion capture helps the study of the picking robot project

Chongqing University of Technology
optical motion capture for geometric position correction of cone beam CT platform

Optical motion capture for geometric position correction of cone beam CT platform

Zhejiang University Institute of Translational Medicine
display of motion capture identification points on welding robots

Application of motion capture in calibration of welding robot body

College of Electrical Engineering, Sichuan University
Dual-arm robot

Dual-arm robot leads a new era of man-machine integration

School of Mechatronic Engineering and Automation, Shanghai University
The staff uses the motion capture system to level the motion capture marking points on the ground of the Winter Olympics

The Transformation of Water Cube at 2022 Winter Olympics with Motion Capture

The Beijing National Aquatics Center (Water Cube)
snake-like robot sticking to motion capture markers

Patrol inspection of snake-like robot high-altitude cable

School of Mechatronic Engineering, China University of Mining and Technology
automatic driving sand table system under motion capture camera

Automatic driving sand table system

Tianjin Catarc
the motion capture system can evaluate its performance by collecting the motion trajectory data of the sweeping robot

Robot performance test system

Premax Technologies, Zhejiang
hand motion feature information extracted from the position information of the marker points

Design of multi-fingered dexterous hand

School of Mechanical Engineering, Zhejiang University
site environment and motion capture camers arrangement

Theoretical verification in cable-parallel mechanism

Department of Mechanical Engineering, Tsinghua University
the experimental process of motion capture to obtain human motion data

Animation Synthesis Technology Application

School of Computer Science & Technology - Beijing Institute of Technology
Motion capture system obained motion database of skiing for people with disabilities.

Motion Database of Skiing for People with Disabilities

China Administration of Sport for Persons with Disabilities
the experimental process of motion capture to collect gesture data

Model Training For Hand Gesture Recognition

School of Science, Harbin Institute of Technology, Shenzhen
motion capture laboratory of Jilin Radio and TV University

Research on Human Movement Recognition

Jilin Radio and TV University
motion trajectory captured by optical motion capture

Suture Skills Learning of Surgical Robot Based on Learning from Demonstration

Chongqing University of Posts and Telecommunications
Rope-driven upper limb exoskeleton robot illustration

Development of the Cable-Driven Arm Exoskeleton

Beihang University
robotic dolphin with reflective markers pasted

Underwater Motion Capture System Applied to the Development of Robotic Dolphins

Shenzhen University
the motion capture camera obtains the motion trajectory of the industrial robots

Research on Cooperative Control of Industrial Robots

School of Automation, Southeast University
artificial muscle structure can apply to robotic arm

Deployable-Structure-Based Artificial Muscles Generating Coded Forces

Shantou University
virtual reality technology interface of flexible upper limb rehabilitation robot

Flexible Upper Limb Rehabilitation Robot Using Virtual Reality Technology

Chongqing University of Technology

Experimental Verification of the Performance of a Flexible Minimally Invasive Surgical Robot

School of Mechanical and Aerospace Engineering, Jilin University
A subject wearing an ankle brace and the introduction of an ankle brace

Applications of motion capture in the development of a dynamic ankle-foot orthosis exoskeleton

Hefei University of Technology
A subject demonstrates the process of human supine turning experiment

Applications of Motion Capture in Assisting Human-machine Motion Synergy for Repositioning Rehabilitation Aids

School of Mechanical and Electrical Engineering, Beijing Information Technology University
Human gait data acquisition

Applications of motion capture systems in the development of lower limb exoskeletons

Zhongyuan University of Technology
A person with markers attached collects posture data under a motion capture camera

Development of a body posture evaluation system

Shanghai Haijisi Health Management Consulting Co., Ltd.
An unmanned vehicle with motion capture cameras arranged around it

Applications of motion capture in the development of multi-sensor navigation technology for unmanned vehicles

Harbin Institute of Technology
Knee joint model with markers

Applications of motion capture in medial patellofemoral ligament repair techniques

Shenzhen Second People‘s Hospital
The structure of the flexible robot arm and the NOKOV motion capture system are arranged above it

Applications of motion capture systems to control the end positioning of flexible robotic arms

Sichuan University School of Electrical Engineering
mobile robot with markers in the underground tunnel

Applications of motion capture systems in the positioning and mapping of mobile robots in underground tunnels

University of Mining and Technology School of Mechanical and Electrical Engineering
Abnormal gait patterns in children with hemiplegia

Applications of Motion Capture in the Study of the Effects of Performing Ballet in Children with Cerebral Palsy

Yangzhi Rehabilitation Hospital at Tongji University
One subject in a passive upper extremity exoskeleton

Applications of Motion Capture in the Coordination Assessment of Passive Upper Body Exoskeletons

Sichuan University
Apple picking robot prototype

Applications of motion capture systems in the development of apple picking robots

Northwest A&F University
A subject wearing a mechanical exoskeleton with a constant-force suspension mechanism of a mechanical exoskeleton

Improvement of mechanical exoskeletons through precise misalignment detection using motion capture technology

The State Key Laboratory of Robotics and Systems at the Harbin Institute of Technology
A robotic arm equipped with a vision sensor and a robotic arm equipped with a spacecraft model under the motion capture system

Applications of motion capture technology in the research and development of self-repairing space robotic arms

Beihang University
Tracking the TAWL at the NOKOV motion capture test site

Motion capture technology in the development of planetary rover technology

Shanghai Jiao Tong University
Drones surrounded by motion capture system

Motion capture technology in the optimization of flight path planning and electromagnetic environment mapping research

School of Automation Engineering, University of Electronic Science and Technology of China
Zhejiang International Institute of Collaborative Innovation

Application of Optical Motion Capture System in Virtual Interior Decoration

Zhejiang International Institute of Collaborative Innovation
Multi-rotor UAV pasted with motion capture reflective logo points

Test platform for control algorithm of multi-rotor UAV

School of Astronautics, Harbin Institute of Technology
motion capture system was used to collect the real-time data of human motion feature points

The Age of Sports Digitalization has come: Motion Capture Energizes Basketball Coaching

College of Physicial Education, Taiyuan University of Technology
Lower limb exoskeleton climbing stairs scene with mocap

An Adaptive Stair-ascending Gait Generation Approach Based on Depth Camera for Lower Limb Exoskeleton

School of Automation Science and Electrical Engineering, Beihang University
Virtual Studio for Film and TV

Virtual Studio for Film and TV

Shanghai QiBao High School
motion capture Studio of Digital Media Arts School

Motion Capture Studio of Digital Media Arts School

Xiamen City University
Multi agent cooperative control experimental platform with motion capture

Multi agent cooperative control experimenta l platform

Beijing Institute of Technology
motion capture for Duet Dance

Motion Capture for Duet Dance
Mocap Showcase of Childrens Dance

MoCap Showcase of Childrens Dance

NOKOV MoCap Demo
Optical mocap of Chinese Folk Dances

Optical MoCap of Chinese Folk Dances

Hebei Normal University for Nationalities
motion capture Demo at Comic-Con

Motion Capture Demo at Comic-Con

NOKOV MoCap Demo
Virtual Humans with Optical motion capture

Real-time Virtual Humans with Optical Motion Capture

NOKOV MoCap Demo
Martial Arts Data Collection with mocap

Martial Arts Data Collection with Mocap

Digital Sky
Real-time motion capture of Dance Performances

Real-time Motion Capture of Dance Performances

BIRTV2019
Motion capture of hands playing piano

Hand Motion Capture in Piano Playing

Higher Education EXPO China
MoCap, Unity，UnrealEngine

Digital Cinema Technology Lab

Guangxi University of Finance and Economics
Multi-person Real-time MoCap Demo

Multi-person Real-time MoCap Demo

NOKOV MoCap Demo
A person was doing motion capture in CG Creativity and Technology Studio.

CG Creativity and Technology Studio

USC-SJTU Institute of Cultural and Creative Industry (ICCI)
Virtual characters

VTube Demo with NOKOV MoCap

NOKOV MoCap Demo
3D model of a horse under motion capture system

Horse Motion Capture in Game Development
MoCap, MAYA, CG

Real-time Mocap for Multiplayer

Guiyang Nanming Industry-University-Research Training Base
mocap, aerobic_exercise, vtuber

Vtuber Challenges Shuttlecock Exercise

VUP Vtuber
MoCap, UE5, Virtual Human

Somersault by Virtual Human

Virtual Human Demo
mocap, ue5, virtual-human

The Moon Palace Gufeng - Dance Cover by Virtual Human

Virtual Human Demo
optical motion capture, animation production, game development

Kung Fu Motion Capture Performance

Shu-Gu Entertainment
MoCap, UE5, Virtual Human

Thomas Full Spin by Virtual Human

Virtual Human Demo
MoCap, MAYA, CG

Behind the Scenes: How to Drive Virtual Human

MetaMaker
MoCap, VUP, Vtuber

Left or Right Challenge of Mocap

VUP Vtuber
NOKOV Motion Capture Basketball Game Demo

NOKOV Motion Capture Basketball Game Demo

UMI Game
Motion Capture, Radio and Television, Virtual Human

Intelligent Broadcasting System - Virtual Anchor Powered By Optical Motion Capture

Suzhou Broadcasting System
MoCap, UE5, Virtual_Human

CG Animated Frog Kung Fu Duel

Virtual Human Demo
Motion Capture, Radio and Television, Virtual Human, Virtual News Anchor

Singing performance by Virtual News Anchor

Suzhou Broadcasting System
Gait observation experiment using crocodiles as subjects

Bionic robotic crocodile: motion-capture based bionic gait planning

Sun Yat-sen University
Free-moving macaque monkey gait experiment setup

Non-human Primate Models and Systems for Gait and Neurophysiological Studies

Hainan University School of Biomedical Engineering
Experimenter of hip-wearing electromechanical exoskeleton robot

Developing and Validating the Human-Machine Coupling Model for Optimized Exoskeleton Design and Control

South China University of Technology
Experimental flight environment of quadcopter aircraft

Research on Autonomous Navigation of Quadcopter Aircraft Based on Map-Based Planning Framework

Harbin Institute of Technology
Experiments with a deformable robot (SCR-DB) with a differential drive mobile base

Research on the Trajectory Optimization of Deformable Robots for Differential-Drive Mobile Base

Zhejiang University
Industrial robots in motion capture cameras

Calibration of industrial robots for improved absolute accuracy using a combination of motion capture systems and the Extreme Learning Machine (ELM) artificial neural network

Tongji University, School of Aerospace Engineering and Mechanics
he trajectory of the robot on the target power line

Vision-Based Autonomous Landing of a Hybrid Robot on a Powerline

Institute of Automation, Chinese Academy of Sciences
Calibration of the global coordinate system and layout of markers on laser target

Research and Verification of Pose Detection System Based on Machine Vision and Inclination Sensor

School of Mechanical and Electrical Engineering, Xidian University
Motion capture for apple picking

Apple Picking Robots with Two Picking Modes

Research team composed of researchers from Northwest A&F University, North Minzu University, Guizhou University of Traditional Chinese Medicine, and Saken Seifullin Kazakh Agrotechnical University
UAV landing structure based on the Kresling origami structure

A New Structure for UAV Landing Systems Based on Origami Bistable Space

China University of Petroleum (East China)
Multi-Target Encirclement

Multi-Target Encirclement with Collision Avoidance via Deep Reinforcement Learning using Relational Graphs

Institute of Automation, Chinese Academy of Science
cable-driven parallel robots and dynamic obstacle

Dynamic Obstacle Avoidance for Cable-Driven Parallel Robots

Harbin Institute of Technology (Shenzhen)
obtaining leg posture data

Dynamic Alignment Method for Human Joint Angle Computation

School of Bioinformatics, Chongqing University of Posts and Telecommunications
UAV Formation Changing

Centralized Trajectory Planning for Multi-robot Formations: a Continuous-time Gaussian Process Based on Probabilistic Inference

Harbin Institute of Technology
Motion Tracking Solution for Virtual Simulation

Motion Tracking Solution for Virtual Simulation
Motion Capture System Acquires Real-Time UAV Position Information

A New Algorithm for Multi-UAV Online Path Planning

Collage of Automation Engineering, Nanjing University of Aeronautics and Astronautics (NUAA)
Motion capture reflective markers for capturing experimenter and robot arm positions

Motion Capture System Enables Collaborative Robot Teaching and Learning

Graduate School of Engineering Science, Osaka University
MoCap, UE5, Virtual Human

Motion Capture Real-time Display at 2022HEEC

2022 Higher Education Expo China in Xi`an
Robotic prototype of wood frame prefabricated construction equipment

The Smart eyes of batch building assembly robots: motion capture technology improves robotic perception systems

School of Architecture and Urban Planning, Tongji University

Applications of motion capture systems in wire-driven continuum robot research

Applications of Motion Capture Systems for Robot Joint Displacement and Geometric Parameter Calibration

Applications of motion capture for snake movement analysis and snake robot development

Research on industrial robot systems in liquor distillation process

Applications of motion capture systems in the development of a target detection and positioning algorithm for aerial manipulator

Research on Constant Force Suspension Backpacks in Mechanical Exoskeletons

Applications of motion capture systems in the evaluation of the 3D spatial positioning performance of harvesting robot

Motion capture system for multi-user virtual space walking & interaction experiment

Applications of motion capture systems in the study of indoor integrated positioning technology

Human-vehicle collaborative navigation and positioning technology optimization

Research & development of Biomechatronics Robots

Deformation measurement of underwater suspension tunnel

Autonomous construction of cooperative UAV

Gait optimization of four-legged bionic robotics

Collaborative electric power inspection system

NOKOV motion capture helps the coordination between the legs of Hexapod Robot

Robotic arm assembly skills learning

Tracking of unmanned ground vehicles

Multiplayer VR Interaction in Large Space

Ergonomics

3D Animation - Football Tutorial

Gait analysis

Motion Analysis in Football

Motion planning of bio-inspired robot

Using optical positioning system to realize multi-agent formation obstacle avoidance

Trajectory planning and verification of rope traction rehabilitation robot using motion capture system

Application of motion capture system in accurate pose measurement of cantilever roadheader

Motion capture helps the study of the picking robot project

Optical motion capture for geometric position correction of cone beam CT platform

Application of motion capture in calibration of welding robot body

Dual-arm robot leads a new era of man-machine integration

The Transformation of Water Cube at 2022 Winter Olympics with Motion Capture

Patrol inspection of snake-like robot high-altitude cable

Automatic driving sand table system

Robot performance test system

Design of multi-fingered dexterous hand

Theoretical verification in cable-parallel mechanism

Animation Synthesis Technology Application

Motion Database of Skiing for People with Disabilities

Model Training For Hand Gesture Recognition

Research on Human Movement Recognition

Suture Skills Learning of Surgical Robot Based on Learning from Demonstration

Development of the Cable-Driven Arm Exoskeleton

Underwater Motion Capture System Applied to the Development of Robotic Dolphins

Research on Cooperative Control of Industrial Robots

Deployable-Structure-Based Artificial Muscles Generating Coded Forces

Flexible Upper Limb Rehabilitation Robot Using Virtual Reality Technology

Experimental Verification of the Performance of a Flexible Minimally Invasive Surgical Robot

Applications of motion capture in the development of a dynamic ankle-foot orthosis exoskeleton

Applications of Motion Capture in Assisting Human-machine Motion Synergy for Repositioning Rehabilitation Aids

Applications of motion capture systems in the development of lower limb exoskeletons

Development of a body posture evaluation system

Applications of motion capture in the development of multi-sensor navigation technology for unmanned vehicles

Applications of motion capture in medial patellofemoral ligament repair techniques

Applications of motion capture systems to control the end positioning of flexible robotic arms

Applications of motion capture systems in the positioning and mapping of mobile robots in underground tunnels

Applications of Motion Capture in the Study of the Effects of Performing Ballet in Children with Cerebral Palsy

Applications of Motion Capture in the Coordination Assessment of Passive Upper Body Exoskeletons

Applications of motion capture systems in the development of apple picking robots

Improvement of mechanical exoskeletons through precise misalignment detection using motion capture technology

Applications of motion capture technology in the research and development of self-repairing space robotic arms

Motion capture technology in the development of planetary rover technology

Motion capture technology in the optimization of flight path planning and electromagnetic environment mapping research

Application of Optical Motion Capture System in Virtual Interior Decoration

Test platform for control algorithm of multi-rotor UAV

The Age of Sports Digitalization has come: Motion Capture Energizes Basketball Coaching

An Adaptive Stair-ascending Gait Generation Approach Based on Depth Camera for Lower Limb Exoskeleton

Virtual Studio for Film and TV

Motion Capture Studio of Digital Media Arts School

Multi agent cooperative control experimenta l platform

Motion Capture for Duet Dance

MoCap Showcase of Childrens Dance

Optical MoCap of Chinese Folk Dances

Motion Capture Demo at Comic-Con

Real-time Virtual Humans with Optical Motion Capture

Martial Arts Data Collection with Mocap

Real-time Motion Capture of Dance Performances

Hand Motion Capture in Piano Playing

Digital Cinema Technology Lab

Multi-person Real-time MoCap Demo

CG Creativity and Technology Studio

VTube Demo with NOKOV MoCap

Horse Motion Capture in Game Development

Real-time Mocap for Multiplayer

Vtuber Challenges Shuttlecock Exercise

Somersault by Virtual Human

The Moon Palace Gufeng - Dance Cover by Virtual Human

Kung Fu Motion Capture Performance

Thomas Full Spin by Virtual Human

Behind the Scenes: How to Drive Virtual Human

Left or Right Challenge of Mocap

NOKOV Motion Capture Basketball Game Demo

Intelligent Broadcasting System - Virtual Anchor Powered By Optical Motion Capture

CG Animated Frog Kung Fu Duel

Singing performance by Virtual News Anchor

Bionic robotic crocodile: motion-capture based bionic gait planning

Non-human Primate Models and Systems for Gait and Neurophysiological Studies

Developing and Validating the Human-Machine Coupling Model for Optimized Exoskeleton Design and Control

Research on Autonomous Navigation of Quadcopter Aircraft Based on Map-Based Planning Framework

Research on the Trajectory Optimization of Deformable Robots for Differential-Drive Mobile Base

Calibration of industrial robots for improved absolute accuracy using a combination of motion capture systems and the Extreme Learning Machine (ELM) artificial neural network

Vision-Based Autonomous Landing of a Hybrid Robot on a Powerline

Research and Verification of Pose Detection System Based on Machine Vision and Inclination Sensor

Apple Picking Robots with Two Picking Modes

A New Structure for UAV Landing Systems Based on Origami Bistable Space

Multi-Target Encirclement with Collision Avoidance via Deep Reinforcement Learning using Relational Graphs

Dynamic Obstacle Avoidance for Cable-Driven Parallel Robots

Dynamic Alignment Method for Human Joint Angle Computation

Centralized Trajectory Planning for Multi-robot Formations: a Continuous-time Gaussian Process Based on Probabilistic Inference

Motion Tracking Solution for Virtual Simulation

A New Algorithm for Multi-UAV Online Path Planning

Motion Capture System Enables Collaborative Robot Teaching and Learning

Motion Capture Real-time Display at 2022HEEC

The Smart eyes of batch building assembly robots: motion capture technology improves robotic perception systems

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