Obtaining images from corps systems

From the previous research at the antenna group of the Public University of Navarra regarding the working principles of the human eye, one of the conclusions was that the reconstructed image in the surface of the retina is defocused, being this fact the only explanation that properly justifies the visual acuity (or angular resolution) that the human eye has. The defocusing procedure is supported under the assumption of coherent coupling between the different cones (or photoreceptors), enhancing the signal/noise ratio but, in principle, creating a diffusion in the information (image) received by the cones. Luckily, because that coupling is coherent, there is no destruction of the information, so the process is reversible. In this paper we will try to demonstrate the possibilities of recovering an image from the one we could have over the retina, or at the output of any CORPS system, as the neural networks of the human eye could be doing.