Visualization of Walking Motion Using Markerless Motion Capture (Digi2) Seminar

ナックイメージテクノロジー

We will solve such questions! - Is it possible to easily digitize and compare human movements? - Are there motion capture systems that are easy to handle? - Are there motion capture systems that do not put a burden on the subjects being measured? - Can motion analysis be done without specialized knowledge? We will provide a clear explanation even for those who have no experience with motion measurement or motion capture. After explaining the system, we will actually measure walking movements and demonstrate the analysis of basic walking patterns and the quantification of movements. -------- -------- -------- -------- "Digi2" is a service that consistently performs everything from "motion measurement to analysis and report output" without requiring specialized knowledge or skills. Traditionally, motion analysis using motion capture was aimed at professional athletes and required the cooperation of experts such as trainers, analysts, and technicians. With "Digi2," which automates the output of analysis reports, it can be utilized for more familiar individuals in areas such as sports proficiency, rehabilitation of motor functions, and early detection of injury risks. Please feel free to join us.

Date and time Tuesday, Jul 02, 2024 ～ Thursday, Jul 04, 2024
10:00 AM / 2:00 PM * Held twice a day
Capital Nack Image Technology Co., Ltd. Akasaka Nack Rental Multipurpose Space 〒107-0052 4-13-13 Akasaka, Minato-ku, Tokyo, Akasaka Building B1 https://maps.app.goo.gl/RJfH7Yib77mDvn3a9 *There is no parking available, so please use public transportation. *This is not the Aoyama headquarters. Please be aware.
Entry fee Free Pre-registration system

Related product information

[Information] Motion Capture Using AI Technology and Its Applications
Improved convenience and the ability to measure what was previously difficult through motion capture using AI! We will introduce various examples of its applications.

【Other Published Content (Partial)】 ■AI Methods ■Principles of Deep Learning ■Images ■Product Examples ■Advantages of AI ■Output Data ■Applications ■Case Studies (Batting) ■Case Studies (Gymnastics) ■Case Studies (Walking) *For more details, please refer to the PDF document or feel free to contact us.
Riding comfort of automobiles [Applications of motion capture]
Create a musculoskeletal model from markers! Build a system that can obtain data for muscle strength estimation.

【Case Study】 <Spinal Posture and Ride Comfort> ■ Using the model that estimates spinal posture in the musculoskeletal model motion analysis software "nMotion musculous," the angle of the spine during riding is calculated. ■ The angles from the first cervical vertebra to the seventh cervical vertebra, from the first thoracic vertebra to the twelfth thoracic vertebra, and from the first lumbar vertebra to the fifth lumbar vertebra are calculated. ■ Data comparisons and analyses are conducted for each seat. <Muscle Strength and Ride Comfort> ■ A system capable of obtaining data for muscle strength estimation has been established. ■ The floor reaction force gauge is embedded in the seat, and the position of the floor reaction force gauge is estimated using the MAC3D System to calculate the contact force. ■ The design also considers a moving floor reaction force gauge, allowing for accurate measurements. *For more details, please refer to the related links or feel free to contact us.
Gait analysis system
Just attach the reflective markers to the subjects! You can check the system status and the subjects' movements during measurement.

【Other Features】 <Analysis Section> ■ KinTools RT - Kinematic/Dynamic Analysis - Graph Drawing Function ■ nMotion musculous - Creation of detailed musculoskeletal models based on Japanese body types - Estimation of muscle tension and muscle activation levels ■ SIMM - Creation of detailed musculoskeletal models - Creation of musculoskeletal models for organisms other than humans ■ Visual3D - Creation of detailed skeletal models - C3D file input *For more details, please refer to the related links or feel free to contact us.
Medical welfare system
Calculate difficult-to-measure data such as center of gravity position and joint torque! The analysis results are displayed in graphs within the software.

【Other Features】 <Analysis Section> ■KinTools RT - Kinematic/Dynamic Analysis - Graphing Functionality ■nMotion musculous - Creation of Detailed Musculoskeletal Models Based on Japanese Body Types - Estimation of Muscle Tension and Muscle Activation Levels ■SIMM - Creation of Detailed Musculoskeletal Models - Creation of Musculoskeletal Models for Non-Human Organisms ■Visual3D - Creation of Detailed Skeletal Models - C3D File Input *For more details, please refer to the related links or feel free to contact us.
Markerless motion capture "Theia3D"
No markers needed, no special suit required, no post-processing necessary for body measurement! Simple preparation and operation allow for immediate measurement.

- Complete with two different calibrations - Output formats are C3D and FBX - Analysis on high-end PCs - Supports image data in mp4 and AVI formats

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