Dynamically responsive intervention for tremor suppression
Copyright policy )Dynamically responsive intervention for tremor suppression
The DRIFTS (Dynamically Responsive Intervention For Tremor Suppression) project aims to create wearable active orthoses that suppress upper-limb tremor while allowing natural movement. We present an overview this multidisciplinary project. This project is financially supported by the European Commission's Fifth Framework Programme and aims to create proof-of-concept prototypes of wearable active orthoses for the suppression of upper limb tremor while preserving natural movement. Another major goal of the project is the development of a prototyping and evaluation platform for the future elaboration of wearable ambulatory tremor suppression devices. The prototyping platform will be used to assess the efficacy of available sensing, actuating, and control technologies for tremor suppression.
- Université Libre de Bruxelles Belgium
- Spanish National Research Council Spain
- Erasmus Hospital Belgium
- University of Reading United Kingdom
- De Montfort University United Kingdom
Ambulatory -- instrumentation, Orthotic Devices, Essential Tremor -- rehabilitation, Monitoring, Tremor -- physiopathology, Parkinson Disease -- complications, Tremor -- diagnosis, Essential Tremor, Movement, Monitoring, Ambulatory, Computer-Assisted -- methods, Prosthesis Design, Clothing, Feedback, Upper Extremity, Ambulatory -- methods, Upper Extremity -- physiopathology, Diagnosis, Tremor, Humans, Tremor -- rehabilitation, Diagnosis, Computer-Assisted, Essential Tremor -- diagnosis, Parkinson Disease -- diagnosis, Tremor -- etiology, Miniaturization, Textiles, Essential Tremor -- etiology, Essential Tremor -- physiopathology, Parkinson Disease, Equipment Design, Sciences bio-médicales et agricoles, Parkinson Disease -- physiopathology, Computer-Assisted -- instrumentation, Therapy, Computer-Assisted, Therapy, Parkinson Disease -- rehabilitation
Ambulatory -- instrumentation, Orthotic Devices, Essential Tremor -- rehabilitation, Monitoring, Tremor -- physiopathology, Parkinson Disease -- complications, Tremor -- diagnosis, Essential Tremor, Movement, Monitoring, Ambulatory, Computer-Assisted -- methods, Prosthesis Design, Clothing, Feedback, Upper Extremity, Ambulatory -- methods, Upper Extremity -- physiopathology, Diagnosis, Tremor, Humans, Tremor -- rehabilitation, Diagnosis, Computer-Assisted, Essential Tremor -- diagnosis, Parkinson Disease -- diagnosis, Tremor -- etiology, Miniaturization, Textiles, Essential Tremor -- etiology, Essential Tremor -- physiopathology, Parkinson Disease, Equipment Design, Sciences bio-médicales et agricoles, Parkinson Disease -- physiopathology, Computer-Assisted -- instrumentation, Therapy, Computer-Assisted, Therapy, Parkinson Disease -- rehabilitation
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