Method and system for correlating an image capturing device to a human user for analysis of cognitive performance

A method of processing information including aligning eye movement with an image capturing device for detection of cognitive anomalies, the method comprising:

• initiating an application, under control of a processor, to output an image of a frame on a display device to a user, the display device being coupled to the processor, the processor being coupled to a communication device coupled to a network of computers, the network of computers being coupled to a server device;
• initiating a camera coupled to the application to capture a video image of a head of a user, the head of the user being positioned by the user viewing the display device;
• displaying the video of the image of the head of the user on the display device within a vicinity of the frame being displayed;
• positioning the head of the user within the frame to align the head to the frame, and capturing an image of the head of the user;
• processing captured information regarding the image of the head to initiate an image capturing process of eye movement of the user;
• outputting an indication on a display after initiation of the image capturing process;
• and moving the indication spatially to one of a plurality of images being displayed on the display device;
• capturing a video of each eye of the human user, while the head is maintained at an approximately stationary spatial position relative to the camera, and each of the eyes moves to track the position of the indication of the display, the image of each eye comprising a sclera portion, an iris portion, and a pupil portion;
• parsing the video to determine a first reference image corresponding to a first eye position for a first spatial position for the indication;
• and a second reference image corresponding to a second eye position for a second spatial position of the indication;
• and
• correlating each of the other plurality of images to either the first reference image or the second reference image.