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We develop novel health technologies for stroke rehabilitation leveraging on common cause of neurologic disability the healthcare system towards a community-based and patient-centric model along of somatosensory input in motor.
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| Crypto.com loan | Robotics and Perception Group. It combines a commercial haptic device, an instrumented handle and a virtual reality environment. Sensory-Motor Systems Lab. Responsive Biomedical Systems Lab. The Neuroengineering Lab. Autonomous Systems Lab. |
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| Eth rehabilitation engineering laboratory | The aim of this line of research is to integrate the tools and insights from the Explore and Assess research lines, bringing them to clinical application. The Neuroengineering Lab. Effective treatments to improve gait are available, but treatment response differs strongly between patients because of heterogeneity in deficit phenotypes, and often fails. Clinical assessments have the potential to provide valuable insights on the effect of different therapeutic approaches. Robotics Systems Lab. This device allows the implementation of force fields to guide or perturb forelimb motion in a well-controlled and reproducible manner, and provides a quantitative assessment of movement kinematics. The Rehabilitation Engineering Laboratory at ETH Zurich applies robotics, wearable sensor technologies and neuroimaging to assess, explore and restore human sensorimotor function. |
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| Mining bitcoin example | This can be at least partially explained by the lack of quantiative and sensitive assessment tools. Sensory-Motor Systems Lab. Assess Clinical assessments have the potential to provide valuable insights on the effect of different therapeutic approaches. The goal of this project is to address this heterogeneity by providing personalized gait rehabilitation for stroke and PD patients, both through real-time feedback during rehabilitation sessions and modulation of sleep. These systems can complement conventional therapy, and allow for unsupervised rehabilitation in the clinic and at home. It can be tailored to the needs of individual users in terms of intention detection strategy, physical attachment system, and size. This device allows the implementation of force fields to guide or perturb forelimb motion in a well-controlled and reproducible manner, and provides a quantitative assessment of movement kinematics. |
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