Calibrated EMG-Informed Neuromusculoskeletal Modelling Toolbox (CEINMS)

Provides an easy to use toolbox, compatible with OpenSim, for the estimation of the human lower extremity muscle and joint dynamics.
Total followers: 28
Total downloads: 1,660

Multiple Speed Walking Simulations

A database of walking simulations as described in Liu et al., Nov 2008 (J Biomechanics), available for download and use by others.
Downloads last week: 21
Total downloads: 2,039

Modeling, Evaluation, and Control Optimization of Exosuit with OpenSim

- Gives an example of how to use OpenSim as an analysis tool of wearable device - Provide example simulation models that is easy to use and modify
Downloads last week: 23

Climber: a non-linear protein trajectory morphing method

Provide high-fidelity morphed protein trajectories between two known protein conformations.
Downloads last week: 22

Platform for Dynamic Simulation and Control of Movement based on OpenSim&MATLAB

This project overcomes neuromusculoskeletal systems limitations of MATLAB®/Simulink® and robust design & control limitations of OpenSim through an interface between these two software packages that combines relevant strengths of each individual package.
Total followers: 24
New followers: 1

Optimal Control of Musculoskeletal Movement Using OpenSim & MATLAB

Presents an approach for generating optimal control simulations using OpenSim & MATLAB
New followers: 1

Grand Challenge Competition to Predict In Vivo Knee Loads

Provide a comprehensive data set with associated models that will enable researchers to validate musculoskeletal model estimates of muscle and joint contact forces in the knee.
Downloads last week: 76
Total downloads: 11,794

Matlab-Opensim Interfaces

Provides tools for using different aspects of Opensim within the Matlab environment, including command line pipelines as well as accessing the Opensim API directly. The main functionality has now been included as part of Opensim 3.0 with improved functionality (and will become more obsolete with Opensim 4.0). Please see the developer wiki for more information. Therefore this is being kept only as an archive, and users should see the documentation on interfacing Matlab with Opensim on the Opensim website (http://simtk-confluence.stanford.edu:8080/display/OpenSim/Scripting+with+Matlab). As such the forums etc will not be monitored.
Downloads last week: 18
Total downloads: 4,337

Supplemental Files for Mallory Dissertation

Project contains supplemental files for "Augmenting Drug Mechanism Prediction with Text Mining", PhD dissertation by Emily K Mallory at Stanford University.
Forum posts last week: 1

MAT-OSim: a MATLAB interface to forward simulation in OpenSim

This project allows MATLAB users to use OpenSim as a physics engine - .osim files serve as models whose dynamics can be integrated.
New followers: 1
Total downloads: 1,172

Open Knee(s): Virtual Biomechanical Representations of the Knee Joint

Overall purposes of the project are: 1) To provide free access to three-dimensional finite element representations of the knee joint 2) Open development of knee models for collaborative testing and use
Downloads last week: 148
Total followers: 27
Total downloads: 17,207

OpenMM Zephyr

OpenMM Zephyr provides a visual application for running GPU-accelerated molecular simulations.
Downloads last week: 24
Total downloads: 9,929

The Musculoskeletal Atlas Project

Provides an easy-to-use application for visualising imaging data, segmenting images, creating geometric meshes, and exporting OpenSim and FE models.
Forum posts last week: 7

A musculoskeletal model for simulations that involve high hip and knee flexion

The goal of this project was to developed a refined musculoskeletal model capable of simulating movements that involve substantial hip and knee flexion (e.g. sprinting and cycling). The model is based on the model published by Rajagopal et al., (2016). Please cite the following paper, "Lai, A.K.M, Arnold, A.S., Wakeling, J.M. (2017) Why are antagonist muscles co-activated in my simulation? A musculoskeletal model for analysing human locomotor task. Annals of Biomedical Engineering.
Downloads last week: 21

Muscle-actuated Simulation of Human Running

The purpose of this study was to determine how muscles contribute to propulsion (i.e., the fore-aft acceleration) and support (i.e., the vertical acceleration) of the body mass center during running.
Total followers: 25
Total downloads: 11,489