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Recent multidisciplinary studies in the field of visual prosthesis rely on electrically stimulating retinal tissue by placing electrode array into different part of it, bypassing the nerve cells of the visual pathway which have lost their functionality due to various degenerative diseases. The visual prosthesis systems could be more efficient by mimicking physiologically natural electrical signals...
The information to be transmitted along the nervous system is encoded with the rate of fire of the neurons expressing the number of action potentials in a temporal range. Findings from experimental studies in the development of visual prosthetic systems, as a neuroprosthetic device, are of critical importance. The determination of the various working intervals required for the development of electronic...
microelectrode arrays which could record approximately in nerve cell size from large nerve cell clusters encourages visual prosthesis design and application studies. Choosing useful information among recorded neural waveforms' analysis precisely with least computational complexity is of critical importance for compactness, energy efficiency of the electronics placed in intraocular region and data...
Visual perception which is one of the most valuable perception for human beings may be lost due to various degenerative retinal diseases such as Age Related Macular Degeneration (AMD) and Retinitis Pigmentosa (RP). These diseases cause severe damage across visual pathway and irreversible blindness. Recently, the progress in the fields of bioengineering, micro technology, neuroscience provides multi-disciplinary...
The degenerative retina diseases such as Age Related Macular Degeneration (AMD) and Retinitis Pigmentosa (RP) are recently encountered because of visual loss. There is not any known cure for these diseases, but studies are in progress on restoration of visual perception. In studies carried out recently by virtue of innovations in the field of microtechnology, bioengineering, packaging, it is aimed...
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