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In this research a new method of wheelchair control using a Brain Computer Interface (BCI) is proposed, in an attempt to bridge the gap between in-lab and real life applications, we believe it would provide a high level control over the BCI instead of the normal low level commands. It is anticipated to emphasis on mu rhythm to provide the control signals. The wheelchair is equipped with a mapping...
This paper presents the electromechanical modeling and designing of a new concept micro-scale DC/AC interactive power inverter for renewable energy applications. The proposed power inverter is based on micro electromechanical systems (MEMS) technology to compete with commercial power electronics inverters, in terms of size miniaturization, generating pure and smooth sine wave output, efficiently regulating...
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