Scientific Publications

The results after 10 sessions with the platform Inrobics of 10 patients with spinal cord injuries showed that arm training improves motor learning for a given task. In addition, the study reveals a reduction in sudden movements associated with motor control of the upper limbs.

The humanoid robot NAO appears to be viable for administering and guiding an upper limb training program in pediatric neurological patients as a complement to conventional therapies.

Study showing that patients who participated in the program improved their motor skills after four months of training compared to conventional treatment where no improvements were detected. This result was especially evident in patients who attended all their scheduled sessions. Family members felt that patients performed the exercises better than before training with the robot.

Following a study that included rehabilitation sessions with the platform Inrobics From over 120 children, it was evident that no human intervention was needed during the session. Surveys showed that participants enjoyed playing with the robot and felt motivated and engaged in the process. In fact, when they encountered difficulties achieving a particular posture, they didn't give up and kept trying. Videos of pediatric patients included in the research demonstrate the significant effort they made during the session, their uninhibited behavior, and their active engagement while playing with the robot.