Theia, Evolved: Leading The Future of AI-Powered Motion Capture

CSP Elite Baseball Development Podcast: The Next Generation of Biomechanics with Scott Selbie

MOTION CAPTURE: Past, Present, Future of Pose Estimation

Theia3D Apollo is Available for All Customers!

Exciting New Research on Theia3D

Theia3D Apollo Update Part 5: TMBatch New Features

Theia3D Apollo Release Part 4: New Features

Theia3D Apollo Release Part 3: Model DOFs

Theia3D Apollo Release Part 2: Model Definitions

Theia3D Apollo Release Part 1: Updated Validation

Important Considerations for Multi-Person Tracking and Analysis

Characteristics of Video Data for New Users Pt. 2 - Lighting

Camera Review: Part 5 - CONTEMPLAS

Characteristics of Video Data for New Users

New Markerless Gait Analysis Validation Study!

Producing Animations With Theia3D at Hochschule Offenburg

Integrating External Devices With Theia3D Kinematics

Post-Processing Theia3D Data for New Visual3D Users

Working with Theia3D Data in Visual3D

New Running Validation Study!

Occlusions

Troubleshooting Data

Algorithm Development and Avoiding Bias

Frame Rate

Data Management Best Practices

Theia Onboarding - So You Bought a Markerless System, Now What?

Is Markerless Motion Capture Portable?

Performing Your Own Validation Study: Advice From Someone Who's Been There

General Framework for Data Collections

Theia 2023 - Patch 7

Theia 2023 - Patch 3

Theia 2023 Release Part 3: New Features and Improvements

Theia 2023 Release Part 2: 4090 Unboxed

Theia 2023 Release Part 1: Accuracy and Validation

New Research on Theia3D

Camera Review: Part 4 - Vicon

The Bad, and the Ugly: How to Avoid Collecting Bad Data

New Independent Validation of Markerless Motion Capture Published in Bioengineering!

Budgeting for a Markerless System

Ex Machina

Another Independent Validation of Markerless Motion Capture Using Theia3D!

Camera Review: Part 3 - NaturalPoint

Camera Review: Part 2 - Qualisys

Camera Review: Part 1 - Sony

Absolute Reliability of Gait Parameters Acquired With Markerless Motion Capture in Living Domains

Feasibility of Markerless Motion Capture for Three-Dimensional Gait Assessment in Community Settings

Revolutionizing the Return-to-Play Process for ACL Reconstruction Patients

Hide and Seek

Speed Versus Accuracy, What Gets Left Behind

Top Considerations for Markerless Motion Capture Systems

Where Do I Install My Cameras?

Is This Not Up to Your Standards?

What is the Best Camera for Markerless Motion Capture?

Oh Boy, Did I Leave That Running?

I Can Do This by Eye, Can't I?

Is That a Dartboard?

Who Touched My Cameras?

Explanation to Prediction, What About Me?

Data Hell

Can Someone Write Some Release Notes?

Going Live!

Validation

To Wear or Not to Wear, That is the Question

The Smooth Criminal

Inter-session repeatability of markerless motion capture gait kinematics

Assessment of spatiotemporal gait parameters using a deep learning algorithm-based markerless motion capture system

Concurrent assessment of gait kinematics using marker-based and markerless motion capture

Feasibility of Markerless Motion Capture for Three-Dimensional Gait Assessment in Community Settings

Absolute Reliability of Gait Parameters Acquired With Markerless Motion Capture in Living Domains

Accuracy of a Markerless Motion Capture System in Estimating Upper Extremity Kinematics During Boxing

Comparison of Lower Extremity Joint Moment and Power Estimated by Markerless and Marker-Based Systems during Treadmill Running

Clothing condition does not affect meaningful clinical interpretation in markerless motion capture

Markerless versus marker-based motion analysis in subjects with lower limb amputation: A case series

Description, Development and Dissemination of Two Consistent Marker-Based and Markerless Multibody Models

Stability Criteria Compared Using Markerless and Marker-Based Data

Accuracy of a Markerless Motion Capture System for Balance Related Quantities

A Machine Learning Approach to Identify Risk Factors for Running-Related Injuries: Study Protocol for a Prospective Longitudinal Cohort Trial

Inter-Session Repeatability of Marker-Less Motion Capture of Treadmill Running Gait

Principal Component Analysis of Whole-Body Kinematics Using Markerless Motion Capture During Static Balance Tasks

Markerless motion capture estimates of lower extremity kinematics and kinetics are comparable to marker-based across 8 movements

Markerless Motion Capture for Clinical Movement Analysis and the Influence of Clothing on Gait Metrics

Comparison of Kinematic Data of Side Box Jump Using Marker-Based and Markerless Motion Capture

Comparison of Kinematics Between Theia Markerless and Conventional Marker-Based Gait Analysis in Clinical Patients

Markerless Motion Capture Provides Repeatable Gait Outcomes in Knee Osteoarthritis Patients

Comparison of markerless and marker-based motion capture of gait kinematics in individuals with cerebral palsy and chronic stroke

Markerless motion capture provides accurate predictions of ground reaction forces across a range of movement tasks

Validation of Upper Extremity Kinematics Using Markerless Motion Capture

The applicability of markerless motion capture for clinical gait analysis in children with cerebral palsy

Agreement between a markerless and a marker-based motion capture systems for balance related quantities

CSP Elite Baseball Development Podcast: The Next Generation of Biomechanics with Scott Selbie

MOTION CAPTURE: Past, Present, Future of Pose Estimation | Dr Scott Selbie

Theia Markerless 2023 Review

Hokusho University Mocap

Theia Markerless 2021 Review

ABCA 2022

Ganglabor

APTA 2022

Inter Reha

Winter Games @Hokusho University

Archive Tips

Marquette University - Balance Tasks

High Jump @ Olympic Training Center Rheinland.

Trinoma

EZ3D

Liverpool John Moores University

Olympic Training Center Rheinland

Freestyle Sking Theia X Hokusho University

Nottingham Trent University

Breakaway Data

University of Porto

University of Arkansas

University of Nebraska Omaha

Hokusho University

University of Pennsylvania

US Olympic Weightlifting

Northwestern University

University of Lisbon

US Olympic Weightlifting

Cressey Sports Performance

Ohio State University

University of Salford

Target3D

Working From Home

Marquette University

Technical University of Munich

Multi-person Tracking

New York Institute of Technology

McMaster Hallway Biomechanics

Waterloo Center for Community Clinical and applied Research Excellence (CCCARE)

Virginia Tech Softball and Biomechanics

Baby's First Steps - Theia X Ontario Tech University

Clinical Gait Lab Amsterdam UMC

Auburn University Sports Medicine and Movement Lab

Southwest Minnesota State University

Alder Hey Children's Hospital Gait Lab

UConn Human Performance Laboratory

UCSF - Human Performance Centre

Theia x Cycling

Outdoor Markerless Motion Capture

Theia Markerless Trampoline Motion Capture

Theia Means Versatility

We Make Motion Capture Look Easy

Theia Markerless: Welcome to the Future of Motion Capture

First Steps: Toddler Markerless Motion Capture

Fun with Physical Therapy

Cressey Sports Performance / Theia Markerless Motion Capture System

Massive Markerless Data Collection

Motion Capture Mix ft. @mandokjh

CSB 2021 - Video-based Markerless Tracking & Dynamic Stereo X-Ray

Motion Captured Dance ft. @mandokjh

Slow-Mo Vertical Jump w. 3D Skeleton

Functional Assessment @ HPU

Functional Assessment w. Markerless Motion Capture

(Raw) Football Pass w. Motion Capture

Markerless Mashup

Functional Sport Assessment at USC

Markerless Motion Capture Redefined

Basic Data Collection

Camera System Setup

Can I synchronize the kinematic data with my treadmill?

How many cameras do I need for a treadmill volume?

Can I use my GoPro cameras?

Can I integrate force plates and EMG with Theia3D?

How do I calibrate my Theia3D system?

Can I integrate peripheral devices like EMG and force plate systems?

What is the best camera system for use with Theia3D?

Can Theia3D be run on AWS or other cloud service providers?

What is possible for automating large scale analysis of video data?

My IT team is concerned about data ownership - does Theia access/use our data?

What risk scoring and reporting options are available for movement assessment packages?

My athletes won't agree to do any assessments where the data goes to the cloud - is this an issue with Theia3D?

Does Theia support animation or game development?

Can I export data for reporting? Is there built-in reporting?

Can I customize the model used by Theia3D?

Does Theia3D fill gaps or filter?

Can Theia3D analyze really fast movements like a baseball pitch or football throw?

Can Theia3D track objects?

How long does it take to process a trial?

Do I need to process all of my data manually?

Can Theia3D process in real-time?

Do I have to use a predetermined set of tasks to assess movement?

How long does it take to setup a markerless system outdoors?

Do I need any software other than Theia3D?

What is the maximum sampling rate and data capture length?

Can I collect data in any location/environment?

Can Theia3D track multiple participants at once?

What clothing should my participants wear?

What are the limitations on capture volume? How many cameras do I need?

How many camera views are required?

Can I use force plates (or other external devices) with Theia3D?

Can I use my own cameras?

What are the camera hardware requirements?

What clinical populations has the system been validated with?

What discounted pricing is available for enterprise deployments?

Is there an API available for use with Theia3D?

Does Theia support white label solutions?

How accurate are the results compared to other markerless systems?

Has Theia3D been validated?

How does Theia3D work?