the claimed invention more specifically the described methods for imaging pre processing storage registration super resolution and display purposes are to be regarded as examples only and may be replaced with other methods combined or omitted in an embodiment of the invention a moving visual stimulus may cause small eye movements which enable the capturing of aliased images required to enable the application of a super resolution algorithm on a series of such low quality ophthalmic images in an alternative embodiment of the invention small involuntary random eye movements are used for generating the images if the resolution of the imaging optics is better than the resolution of the imaging system defined by the pixel size of an imaging sensor of the imaging system and frequencies higher than the nyquist frequency are present in the image aliasing may occur this is frequently the case in affordable ophthalmic imaging systems in aliased images energy from high spatial frequencies is mapped to lower frequencies in single images high and lower frequencies can therefore not be retrieved separately however if multiple images with non integer pixel displacements are available these high frequencies may be recovered if the displacements are known in accordance with the present invention the non integer pixel displacements are induced by eye movements either voluntary or involuntary the individual images can be acquired with an ophthalmic imaging device 10 for example a fundus camera oct or slo system in order to realize an image having an improved resolution using a super resolution algorithm the images used should overlap in the area of interest preferably the images should have as.