Using motion capture technology and AI to monitor the progre

A multi-disciplinary team of researchers has developed a way to monitor the progression of movement disorders using motion capture technology and AI.

Related Keywords

Germany , Italy , Rome , Lazio , United Kingdom , London , City Of , Valeria Ricotti , Aldo Faisal , Richard Festenstein , Balasundaram Kadirvelu , Thomas Voit , Paola Giunti , Emily Henderson , University College London , United Kingdom Medical Research Council , Imperial College Biomedical Research Centre , Ataxia Centre , Queen Square Institute Of Neurology , Imperial College London Departments Of Computing , Institute For Child Health , London Institute Of Medical Sciences , National Hospital For Neurology , Digital Health , Imperial College London , Hospital The National For Neurology , Hospital Biomedical Research Centre , University Of Bayreuth Germany , Department Of Computing , Duchenne Research Fund , University Of Bayreuth , Centre For Doctoral Training , Biomedical Research Centre , Nature Medicine , Professor Aldo Faisal , Doctoral Training , Medical Sciences , Ormond Street Institute , Child Health , Ormond Street Hospital Biomedical Research Centre , Square Institute , Great Ormond Street Hospital , National Hospital , Gemelli Hospital , Industry Focus , Professor Thomas Voit , Ormond Street Biomedical Research Centre , Developmental Neurosciences , Professor Paola Giunti , Queen Square Institute , Honorary Consultant , Professor Richard Festenstein , Brain Sciences , Professor Faisal , College Biomedical Research Centre , Ormond Street Hospital , United Kingdom Medical Research , Clinical Trial , Ataxia , Ioengineering , Children , Dementia , Drugs , Duchenne Muscular Dystrophy , Friedreich 39s Ataxia , Gene , Enetic , Healthcare , Hospital , Medicine , Movement Disorders , Muscular Dystrophy , Eurology , Neurosurgery , Orthopaedic , Paralysis , Rare Disease , Research , Stroke , Technology , Walking ,