Modern rehabilitation robots should operate close to a human and get in direct physical contact, which requires appropriate controllers. This thesis describes ...
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In the last two decades, several robotic systems have been developed aiming to improve the gait rehabilitation process, thanks to the evident advantages ...
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Robotized gait rehabilitation systems are complex electromechanical-systems that are used to restore or improve gait pattern of patients through the number ...
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The focus of this dissertation is on the development of robust algorithms for driver monitoring under complex illumination conditions, including dazzling ...
Bei Brain-Computer Interfaces werden bestimmte Signalmuster im Gehirnsignal detektiert und zur Generierung von Steuersignalen verwendet. Am zuverlässigsten ...
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Robot-assisted rehabilitation becomes increasingly important in neurorehabilitation since the late 90s, because treatment times of physiotherapists are ...
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Robotic systems operate in an increasing amount of domains. The target scenarios for these systems range from simple toys to complex manufacturing processes ...
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Das Brain-Computer Interface (BCI) System ermöglicht eine direkte Verbindung zwischen dem Gehirn des Menschen und einem Steuer- oder Kommunikationsgerät. ...
In the last couple of decades technology has made its way into our everyday lives including our homes, our offices and the vehicles we use for travelling. ...
also available as an online publication
also available as an online publication
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