NEUROBOTICS LABORATORY
At the Neurobotics Lab, They focus on creating bio- and neural-inspired robotic algorithms and systems and use them to understand human movements, advance robotic control, and rehabilitate/assist human movement capabilities. They are motivated to provide solutions for people who have difficulty moving around or manipulating objects, while They take pleasure in scientific and engineering contributions They make. Their primary target population is individuals with strokes, spinal cord injuries, traumatic brain injuries, Parkinson’s, Cerebral Palsy, amputees, and other injuries and disorders that inhibit daily activities. They are also interested in sports medicine, military, and entertainment applications.
NEUROBOTICS LABORATORY
Industry:
Biotechnology Fitness Health Care Robotics Virtual Reality
Address:
Seattle, Washington, United States
Country:
United States
Website Url:
http://www.neurobotics.cs.washington.edu
Total Employee:
10001+
Status:
Active
Technology used in webpage:
Apache PHP PHP 7 Apache 2.4 OpenSSL CentOS SEO_H2 SEO_H1 Python Mod_wsgi
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Official Site Inspections
http://www.neurobotics.cs.washington.edu
- Host name: new-rumble.cs.washington.edu
- IP address: 128.208.3.117
- Location: Seattle United States
- Latitude: 47.6631
- Longitude: -122.3029
- Metro Code: 819
- Timezone: America/Los_Angeles
- Postal: 98105
More informations about "Neurobotics Laboratory"
Neurobotics Laboratory
At the Neurobotics Lab, we focus on creating bio- and neural-inspired robotic algorithms and systems and use them to understand human movements, advance robotic control, and rehabilitate/assist human movement capabilities.See details»
Neurobotics Lab | Paul G. Allen School of Computer …
At the Neurobotics Lab, we focus on creating bio- and neural-inspired robotic algorithms and systems and use them to understand human movements, advance robotic control, and rehabilitate/assist human movement capabilities.See details»
Neurobotics Laboratory :: Projects - University of …
We are interested in understanding the neuromuscular control of human hands as a way to restore function to those with paralyzed or amputated hand. The Neurobotics laboratory focuses on the lower-level neuromusculoskeletal …See details»
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Neuromuscular strategies for dynamic finger movements: a …
Human hand control mechanisms are extremely complex and currently there is no solution to restore full function to a paralyzed hand. The optimal solution is to use either cortical signals or …See details»
Welcome to Paul G. Allen School of Computer Science
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Web sites - Emerald Insight
Aug 21, 2009 · http://neurobotics.cs.washington.edu/ The Neurobotics Laboratory at the University of Washington uses a multidisciplinary approach to research and develop robotic …See details»
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Research in the group develops computational models and algorithms for understanding how populations of neurons in the brain orchestrate movement, decision-making, and learning.See details»
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This paper demonstrates effective friction compensation and an interaction controller that increases overall transparency of a passively actuated pHRI device, the Brake Actuated …See details»
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