The AID2GAIT project aims to develop a biofeedback system with the aim of improving the outcomes of robot-assisted gait training (RAGT) in pediatric patients with cerebral palsy. The physiological signals of children during RAGT therapy sessions, acquired through non-invasive technologies, will be analyzed. These technologies specifically are: * wearable technology (smartwatch), from which the HRV (Heart Rate Variability) signal will be measured; * infrared thermography, from which the temperature in salient facial regions will be obtained; * fNIRS (functional near-infrared spectroscopy), from which information on brain activity and its changes over time will be obtained. Information on the kinematics of the exoskeleton used during RAGT will be extracted. The RAGT will be performed using the Lokomat orthosis (Hocoma), the most widely used exoskeleton in rehabilitation that facilitates a bilaterally symmetrical gait, as the individual actively tries to advance each limb during walking, combined with a patented dynamic body weight support system.
Age range
3 Years – 18 Years
Sex
ALL
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Analysis of variations in the motor skills of patients from T0 (1st RAGT) to T2 (12th RAGT), assessed by GMFM88 clinical scale
Timeframe: One month (4 weeks) from the beginning of the 1st RAGT (T0)
Analysis of variations in the motor skills of patients from T0 (1st RAGT) to T2 (12th RAGT), assessed by MAS clinical scale
Timeframe: One month (4 weeks) from the beginning of the 1st RAGT (T0)
Analysis of variations in the motor skills of patients from T0 (1st RAGT) to T2 (12th RAGT), assessed by WeeFIM clinical scale
Timeframe: One month (4 weeks) from the beginning of the 1st RAGT (T0)
Analysis of variations in the motor skills of patients from T0 (1st RAGT) to T2 (12th RAGT), assessed by PEDSQL clinical scale
Timeframe: One month (4 weeks) from the beginning of the 1st RAGT (T0)
Measurement of heart rate variability of patients
Timeframe: Two years from the beginning
Measurement of fNIRS of patients
Timeframe: Two years from the beginning
Measurement of infrared imaging of patients
Timeframe: Two years from the beginning
Measurement of exoskeleton kinematics
Timeframe: Two years from the beginning