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Combining Artificial Intelligence and technology to improve quality of live of PD patients

Combining Artificial Intelligence and technology to improve quality of live of PD patients. REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu. Goals. 2. Real-time motor status identification in ambulatory conditions Self-calibrating gait guidance system Auditory cueing

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Combining Artificial Intelligence and technology to improve quality of live of PD patients

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  1. Combining Artificial Intelligence and technology to improve quality of live of PD patients REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  2. Goals 2 • Real-time motor status identification in ambulatory conditions • Self-calibrating gait guidance system • Auditory cueing • Haptic cueing by means of a FES device • User interface to get patient feedback • REMPARK service for the remote management of the disease • Integration with patient's EHR • Interaction with medical staff REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  3. Architecture of the REMPARK system 3 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  4. Algorithmic approach 4 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  5. REMPARK sensors 5 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  6. Patient feedback tests and applications 6 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  7. Database construction protocol 7 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  8. Current status 8 • Development of hardware components completed • Database with sensor data from 93 patients in 4 countries (Spain, Ireland, Italy, Israel) compiled and labelled • Online movement disorder detection algorithms developed from data contained in the database • Adaptive cueing system developed and tested on a sample population of PD patients • FES device developed and under patient testing • Server and access interfaces developed • REMPARK pilots start on May 2014 REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  9. Preliminary results 9 • In average, 40 minutes of movement signals were obtained from each patient: • 15 minutes in OFF state • 25 minutes in ON state • Activities performed by patients include false positive REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

  10. Contact details 10 • Project coordinator: • Joan Cabestany, Technical University of Catalunya • E-mail: joan.cabestany@upc.edu • Web page: • http://www.rempark.eu • Facebook: • http://www.facebook.com/remparkparkinson REMPARK | FP7-ICT-2011-7 287677 | http://www.rempark.eu

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