3D XMA Dynamics Short Course

This course will focus on marker-based 3D X-ray motion analysis (XMA) and its integration with force data for studying locomotor dynamics. We will consider measurement and analysis techniques for computing segment and joint dynamics during terrestrial and aquatic movement. An initial overview of our dual axis X-ray system combined with an array of four force platforms will include demonstrations of data collection and a discussion of technical considerations, such as X-ray settings and marker selection/placement. Our analysis tutorial will begin with the X-ray Project Matlab scripts and workflow developed at Brown University. Next, we will consider methods of determining inertial properties of body/limb segments as 3D inertia tensors. Finally, these tensors will be combined with 3D XMA and force data in an inverse dynamics analysis.

The course is funded by an NSF Research Coordination Networks (RCN) grant. The RCN grant will cover the cost of housing and meals for all participants in the course (both US citizens and non-US citizens). Travel subsidies may be available to US citizens and permanent residents to partially offset the cost of travel.

To apply, fill out and submit an application form online. Review of applications will begin on October 1, 2010 and continue until the course is filled.

The course is now full. Applications are no longer being accepted. Thanks to everyone that participated in the UNLV short course!