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Issue 189 by Andres Felipe Ruiz Olaya

Research paper thumbnail of Integration of emerging motion capture technologies and videogames for human upper-limb telerehabilitation: A systematic review

Integrating emerging technologies has shown to have the potential to improve access to rehabilita... more Integrating emerging technologies has shown to have the potential to improve access to rehabilitation services and the adherence for
physical therapy when they are applied into telemedicine environments. This systematic review aims to explore telerehabilitation systems
that use motion capture and video games for upper-limb rehabilitation purposes. Motion capture was focused on the information fusion
from inertial sensors and other technologies. The search was limited to 2010-2013, from which 667 papers were obtained; afterwards,
duplicate papers were removed, thus, reducing the sample to 57 papers with full text availability. Finally, only 3 of them were selected by
approaching the subject of this study. We conclude that the fusion information from inertial sensors and other motion capture
technologies appears to be a new tendency in remote monitoring of motor rehabilitation process. However, the combination of them with
active video games in physiotherapy programs is only an emerging research area with promising results.

Papers by Andres Felipe Ruiz Olaya

Research paper thumbnail of Evaluation of the Hilbert-Huang Transform for myoelectric pattern classification: Towards a method to detect movement intention

2013 Pan American Health Care Exchanges (PAHCE), 2013

Research paper thumbnail of Integration of emerging motion capture technologies and videogames for human upper-limb telerehabilitation: A systematic review

Integrating emerging technologies has shown to have the potential to improve access to rehabilita... more Integrating emerging technologies has shown to have the potential to improve access to rehabilitation services and the adherence for
physical therapy when they are applied into telemedicine environments. This systematic review aims to explore telerehabilitation systems
that use motion capture and video games for upper-limb rehabilitation purposes. Motion capture was focused on the information fusion
from inertial sensors and other technologies. The search was limited to 2010-2013, from which 667 papers were obtained; afterwards,
duplicate papers were removed, thus, reducing the sample to 57 papers with full text availability. Finally, only 3 of them were selected by
approaching the subject of this study. We conclude that the fusion information from inertial sensors and other motion capture
technologies appears to be a new tendency in remote monitoring of motor rehabilitation process. However, the combination of them with
active video games in physiotherapy programs is only an emerging research area with promising results.

Research paper thumbnail of Evaluation of the Hilbert-Huang Transform for myoelectric pattern classification: Towards a method to detect movement intention

2013 Pan American Health Care Exchanges (PAHCE), 2013

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