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This project includes a model of a mechanically passive (i.e. spring-powered), cable-driven shoulder exoskeleton that was added to an existing dynamic model of the upper extremity. The dynamic upper extremity model, the "MoBL-ARMS Dynamic Upper Limb Model

License: Exoskeleton Model

This project includes a model of a mechanically passive (i.e. spring-powered), cable-driven shoulder exoskeleton that was added to an existing dynamic model of the upper extremity. The dynamic upper extremity model, the "MoBL-ARMS Dynamic Upper Limb Model", is available on the following SimTK project page: Upper Extremity Dynamic Model (https://simtk.org/frs/?group_id=657). The exoskeleton model is described in more detail in the peer-reviewed article listed below. Please cite this article if the model facilitates or inspires your own research.

Nelson AJ, Hall PT, Saul KR, Crouch DL. Effect of a Wearable Mechanically Passive Shoulder Exoskeleton on Muscle Activity: A Computational Simulation Study. Journal of Applied Biomechanics. 36(2), pp59-67, 2020. DOI: https://doi.org/10.1123/jab.2018-0369

News

New file added: UpperLimbAssistLab_ShoulderExoskeleton.zip

Dec 2, 2020

A new file, UpperLimbAssistLab_ShoulderExoskeleton.zip, has been added to release v1.0 of Exoskeleton Model.

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