Abstract: A hearing improvement system for use with a user's smart device and earpiece/headphones includes software stored on a memory device of the smart device, the software configured to be executed by a processor of the smart device to cause an audio signal received from a microphone of or operating with the smart device if containing two or more sound patterns to be separated into a plurality of individualized sound patterns; categorize the individualized sound patterns; display an icon representing each categorized sound pattern on a screen of the smart device; enable a user viewing the icons to at least one of deactivate or activate each of the individualized sound patterns; and enable each of the non-deactivated individualized sound patterns to be delivered to the user's earpiece/headphones.

Abstract: An ocular feedback system includes a first camera assembly including a first frame worn by a first user and at least one first camera supported by the first frame. The first camera produces a first camera output concerning the first user's eyes. A second camera assembly includes a second frame worn by a second user and at least one second camera supported by the second frame. The second camera produces a second camera output concerning the second user's eyes. At least one computer is configured to build an established outcome determiner based on an analysis of the at least one first and second camera outputs. The computer compares the established outcome determiner to at least one third camera output concerning a third user's eyes taken by at least one third camera supported by a third frame of a third camera assembly worn by the third user.

Abstract: A hearing improvement system for use with a user's smart device and earpiece/headphones includes software stored on a memory device of the smart device, the software configured to be executed by a processor of the smart device to cause an audio signal received from a microphone of or operating with the smart device if containing two or more sound patterns to be separated into a plurality of individualized sound patterns; categorize the individualized sound patterns; display an icon representing each categorized sound pattern on a screen of the smart device; enable a user viewing the icons to at least one of deactivate or activate each of the individualized sound patterns; and enable each of the non-deactivated individualized sound patterns to be delivered to the user's earpiece/headphones.