Abstract: A device which may be formed of suitable elastomeric, biocompatible material is configured to be wedged into Tenon's space between the orbital and scleral walls of the eye at the location of a retinal tear or break. When positioned, the device pushes the eye wall inward to close the tear, and fluid below the retinal wall resorbs.

Abstract: The method of the present invention includes the analysis of data representing a bit mapped image of an area of an individual's retina that includes the optic disk where the data for each pixel of the image represents the intensity of the pixel. The method of the present invention locates the optic disk in the image and generates a unique and consistent signal pattern for identifying an individual from pixel data having a predetermined relationship to the individual's optic disk. The generated signal pattern is then used to verify the identity of the individual.