UC Irvine

The body of work presented is comprised of an analysis of three electronic devices developed for different purposes within the area of brain-computer interface research. The goal of these devices was to optimize effectiveness at as low of a cost as possible. Readily available components were chosen for their cost and abilities relative to similar devices used by other institutions that may require significant funding to achieve. The devices are presented in the order they were developed and represent an increase in complexity. The first was a device for measurement of motion, a simple task requiring only a single component. Secondly, a device to provide a stimulus to aid in treatment of neuropathy of the lower leg is reviewed. This device used a combination of a previously FDA approved stimulation system and electronic components used by hobbyists. Finally, a prototype for a novel device to be used for diagnosis of brain lesions is described, one which combines the scientific protocols used for brain lesion diagnosis and easy to use components into a single comprehensive piece of equipment.