Fingerprint analyzer using digital holography technique.

Abstract

OCR 09WP 11 / 02 / 2569 A digital holographic fingerprint analyzer consists of a device housing where the area... A switch is installed on one side. When the switch is activated, the laser beam travels and strikes the first beam splitter. This results in the laser beam being split into two beams. The first beam travels into a beam amplifier, and... The beam reflects off the mirror to enter the second beam splitter, while the second beam reflects off the mirror and enters... The beam then goes to a second beam extender, passes through a convex lens, is converged into a beam splitter, and then strikes the lens. The objective lens shines light through and strikes the fingerprint capture device, which then takes an image of the fingerprint. The beam of light then... Fingerprint images one and two then interfere with each other, creating an image at the camera's location and proceeding to capture the fingerprint. The collected data is then entered into a computer for analysis to determine the authenticity of the fingerprints. What is the likelihood or risk of developing cancer, compared to data sets of cancer patients and healthy individuals? Learn using an artificial intelligence system for fingerprint analysis installed in the computer.

Claims

OCR 09WP 11 / 02 / 2569 1. The digital holographic fingerprint analyzer consists of a device housing (19) for Cover all the equipment mounted on the optical equipment mounting table (20), in which area? One side is fitted with a switch (16) connected to a laser (1) which acts as a light source to create an image. When the switch (16) Turn on the operation. The light from the laser (1) travels to strike the first beam splitter (2) to make the light It is split into a first beam (3) and a second beam (4), with the first beam (3) traveling into the device. Expand the beam (7) to reflect it to the mirror (9) and then reflect it into the second beam splitter. (11) and a second beam (4) is reflected into a mirror (6) so that the light travels into the beam extender. The second beam (8) travels through a convex lens (10) to converge the light into a second beam splitter (11). And the light travels and strikes through the objective lens (12) and shines through to strike the fingerprint on the collection device. Fingerprint (13) by the first beam (3) and the second beam (4) return to the point of interference (15). And an image is produced at the camera area (14), where all of the above equipment is mounted on a table for The optical equipment (20) is installed, and the camera (14) takes a picture of the fingerprint and sends the image. The fingerprint is transmitted via a data cable (17) connected from the camera (14) to the computer (18) by Computer (18) performs the function of taking the obtained image data and analyzing whether the fingerprints are likely to be Whether it's cancer or not, this will be compared to a dataset of cancer patients and healthy individuals trained by the system. Artificial intelligence

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