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The Virtual Workshop will bring together a group of international scholars and OpenSim experts to help each other advance their research using modeling and simulation. The OpenSim team at Stanford University will provide guidance on your projects, while also facilitating discussion and support amongst your fellow Workshop participants. We hope that this event can accelerate your work while also building relationships with a network of researchers and engineers who are using OpenSim for research.

Below, we have provided a list of information and resources for the Workshop. Please visit back regularly as links and information will be updated as we reach the start date.  




IMPORTANT DATES
Week of April 18th

Receive and review written feedback from OpenSim team

Wednesday, April 20thStart editing your Project Goals Slide 
Thursday, April 21stSign up for conference call time slot

Friday, April 22nd 

 Finalize your Project Goals Slide

Monday, April 25th  

 

  • Tune in to workshop welcome webinar (10am PDT)
  •  Review and Comment on Everyone’s Project Goals Slides
  •  Workshop Forum opens
Tuesday, April 26thOffice Hours 1
Tuesday, May 3rdOffice Hours 2
Wednesday, May 4th Start editing Accomplishment Slides 
Thursday, May 5th  
Finalize Accomplishment Slides (12pm PDT)

Friday, May 6th

  • Vote on Final Awards (voting closes 9am PDT)
  • Closing Webinar from Stanford team (10am PDT)
  • Workshop Ends
Monday, May 9thForum Closes to new questions.

 

 

Conference calls

Virtual office hours will be held on Tuesday, April 26th and May 3rd, 9:30-11am and 2-3pm (US PDT). Sign up for a conference call timeslot here. Please carefully read the instructions on the cover page of the booking sheet. Ifyouquestionsorcncerns, please email James (james.dunne@stanford.edu)

Google slides

The Workshop goal slides can be found here. Please carefully read and follow the instructions and examples presented on slide 1-3. The workshop slide (one per project, strict) is intended to help your fellow Workshop attendees understand your work, ask questions, and give feedback and support where possible. We’ll also give out prizes based on the discussion about the projects. You must complete your workshop goals slide by Monday, April 25th at 9am (US PDT).

 

Forum

(coming soon)

Participant list 

First NameLast NameEmailInstitution

Title

Project Title
MoriaFisher Bittmannbittmann2@wisc.eduUniversity of Wisconsin - MadisonPostdoctoral Research FellowSubject specific challenges to improving treatment for crouch gait
HosseinMokhtarzadehhmokhtar@bidmc.harvard.eduHarvard Medical SchoolPostdoctoral Research FellowIncorporating Force-Dependent Kinematic Approach and Non-Linear Intervertebral Joint Stiffness in a Thoracolumbar Spine Musculoskeletal Model
JoelLanovazjoel.lanovaz@usask.caUniversity of SaskatchewanAssociate ProfessorUpper limb muscle force estimation using CMC
IanStavnessian.stavness@usask.caUniversity of SaskatchewanAssistant ProfessorUpper limb muscle force estimation using CMC
EricPitmaneap178@mail.usask.caUniversity of SaskatchewanGraduate StudentUpper limb muscle force estimation using CMC
JulieEllisjulie.ellis@usask.caUniversity of SaskatchewanGraduate StudentUpper limb muscle force estimation using CMC
AlexPriamikovpriamikov@fias.uni-frankfurt.deFrankfurt Institute of Advanced Studies Graduate student OpenEyeSim – a biomechanical model for studying the development of oculomotor control
NiccoloFiorentinoniccolo.fiorentino@utah.eduUniversity of UtahPostdoctoral Research FellowBiomechanics of FAI
DanielLopesdsl.7125@gmail.comINESC ID LisboaPostdoctoral Research FellowSport Injuries in Rugby: Contact Parameters for Tackle Simulation
ElenaSeminatie.seminati@bath.ac.ukUniversity of BathPostdoctoral Research FellowSport Injuries in Rugby: Contact Parameters for Tackle Simulation
NeilRathmrinal.neil.rath@gmail.comUCLAGraduate studentTrunk Control and Postural Stability in Individuals with Spinal Cord Injury.Noninvasive Enabling Strategies and Modeling
ElysePassmoreelyse.passmore@gmail.comThe University of MelbourneGraduate studentThe effect of lower limb torsional deformities on gait in typically developing children and children with Cerebral Palsy
NeilBezodisn.e.bezodis@swansea.ac.ukSwansea UniversitySenior LecturerUnderstanding the musculoskeletal demands of rugby place kicking
ChristinaGarmanrossic@vt.eduMarquette UniversityPostdoctoral Research FellowJoint Kinetic Strategies in Oncology Patients with Femoral Endoprostheses
JohnO'Connorjoconnor15@qub.ac.ukQueen's University BelfastGraduate StudentImplant Placement Optimization during Total Hip Arthroplasty
BeckyFellinrebecca.e.fellin.civ@mail.milU.S. Army Research Institute of Environmental MedicineResearch BiomechanistAssessing changes to bone and running style in first-time marathon runners
ElenaCarutherselena1caruthers@gmail.comThe Ohio State UniversityGraduate StudentForward Dynamics Simulation of Stair Descent
GrantTrewarthag.trewartha@bath.ac.ukUniversity of BathAssociate ProfessorApplication of Synergy Optimization method to tasks involving neck motions
DarioCazzoladc547@bath.ac.ukUniversity of BathAssistant Professor in BiomechanicsApplication of Synergy Optimization method to tasks involving neck motions
DeryaKarabulutdrykrbltt@gmail.comIstanbul UniversityMaster StudentDevelopment and Validation of a Computational Musculoskeletal Model of the Cat Hind Limb
BillThompsonwilliam.k.thompson@nasa.govNASA Glenn Research CenterBiomechanical Lead EngineerDigital Astronaut Project
ChristopherGalloChristopher.A.Gallo@nasa.govNASA Glenn Research CenterMechanical EngineerBiomechanical Modeling of Resistance Exercises on the Hybrid Ultimate Lifting Kit (HULK) Spaceflight Countermeasure Device
AaronGodfreygodfreya@zin-tech.comZIN Technologies, Inc. & NASA Glenn Research CenterPhysicistMPCV Exercise Volume Analysis
KathleenJagodnikkathleen.jagodnik@nasa.govNASA Glenn Research Center and Baylor College of MedicinePostdoctoral Research FellowDigital Astronaut Project
LucaModenesel.modenese@sheffield.ac.ukUniversity of SheffieldPostdoctoral Research FellowAn OpenSim framework to estimate human kinematics using Inertial Measurement Units
LucaTagliapietratagliapietra@gest.unipd.itUniversity of PaduaGraduate StudentAn OpenSim framework to estimate human kinematics using Inertial Measurement Units
NiamhGillN.Gill1@edu.salford.ac.ukUniversity of SalfordGraduate StudentAn Appropriately Complex Biomechanical Model of Running
FarrisGulamalimyvisn20@gmail.comInterlake High School StudentOptimizing Ankle-Foot Orthosis Stiffness on Gait Biomechanics and Rehabilitation in a Post-Stroke Individual with Foot Drop through Computed Muscle Control Models in OpenSim
JohnRogersjohn.rogers@usma.eduUnited States Military AcademyAssociate ProfessorMetabolic Analysis of Ten Subjects Running at Four Speeds

OpenSimTeam

(coming soon)

Useful Links and Literature

National Center for Simulation Research (NCSRR) 

OpenSim Documentation (Confluence) 

Overview of the OpenSim Workflow

Preparing Your Data

Examples and Tutorials

Scripting with OpenSim

OpenSim Class Documentation

 OpenSim Souce Code

 

 

OpenSim: Open-Source Software to Create and Analyze Dynamic Simulations of Movement  
Scott L. Delp, Frank C. Anderson, Allison S. Arnold, Peter Loan, Ayman Habib, Chand T. John, Eran Guendelman, and Darryl G. Thelen
IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING, VOL. 54, NO. 11, NOVEMBER 2007

Is My Model Good Enough? Best Practices for Verification and Validation of Musculoskeletal Models and Simulations of Movement
Jennifer L. Hicks, Thomas K. Uchida, Ajay Seth, Apoorva Rajagopal, Scott L. Delp
Journal of Biomechanical Engineering, Volume 137, Issue 2, 2015.

 

 

 

 

 

 

 

 

 

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