Difference between revisions of "Gait analysis during partial body-weight support"
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(Created page with " The Robotrainer Gravity can support the weight of a patient, to begin a rehabbing much earlier than previously. There are other similar products on the market, but research o...") |
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The Robotrainer Gravity can support the weight of a patient, to begin a rehabbing much earlier than previously. There are other similar products on the market, but research on how partial weight-bearing affects gait is lacking. | The Robotrainer Gravity can support the weight of a patient, to begin a rehabbing much earlier than previously. There are other similar products on the market, but research on how partial weight-bearing affects gait is lacking. | ||
| − | In the project, this could be studied with 3D motion capture, accelerometers, force plates all logged with ROS (Robotic Operating System) | + | In the project, this could be studied with 3D motion capture, accelerometers, force plates all logged with ROS (Robotic Operating System) which is implemented in the Training Technology Lab. |
[[File:RTG.jpg|250px|thumb|Robotrainer Gravity]] | [[File:RTG.jpg|250px|thumb|Robotrainer Gravity]] | ||
Revision as of 12:51, 15 November 2018
The Robotrainer Gravity can support the weight of a patient, to begin a rehabbing much earlier than previously. There are other similar products on the market, but research on how partial weight-bearing affects gait is lacking. In the project, this could be studied with 3D motion capture, accelerometers, force plates all logged with ROS (Robotic Operating System) which is implemented in the Training Technology Lab.
