The article involves the proposal of a super-dense array based on the human eye photoreceptor physiology. (p. 2954).
Basically, the study showcases a means through which some of the behaviors of the human eye can be modeled. Features affecting the resolution of the image perceived by the human eye are the physiology of the retina (photoreceptor topography and Ganglion Cell Layer) and external variations.
A microwave super dense array works at a half-wavelength dipole with a frequency of 20 GHz, which will replicate the photoreceptor topography perceived by the human eye through distributing the dipoles and the Ganglion Cell Layer topography by computing the mutual coupling between dipoles. (p. 2954).
Using the Mona Lisa as its subject, the study shows that the given system can accurately model the behavior of the human eye. It was able to accurately replicate the image that would have been perceived by the human eye at different distances from the focus. The study believes that this modeling system can be applied in fields of medicine and security, where the capability of a remotely controlled device that accurately mimics the features of the human eye can be very useful.
Basically, the study showcases a means through which some of the behaviors of the human eye can be modeled. Features affecting the resolution of the image perceived by the human eye are the physiology of the retina (photoreceptor topography and Ganglion Cell Layer) and external variations.
A microwave super dense array works at a half-wavelength dipole with a frequency of 20 GHz, which will replicate the photoreceptor topography perceived by the human eye through distributing the dipoles and the Ganglion Cell Layer topography by computing the mutual coupling between dipoles. (p. 2954).
Using the Mona Lisa as its subject, the study shows that the given system can accurately model the behavior of the human eye. It was able to accurately replicate the image that would have been perceived by the human eye at different distances from the focus. The study believes that this modeling system can be applied in fields of medicine and security, where the capability of a remotely controlled device that accurately mimics the features of the human eye can be very useful.
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