Abstract: A user discrimination control system controls functionality made available by a vehicle infotainment device by reducing functionality provided to the driver while allowing enhanced functionality to another passenger in the vehicle. The system includes a human machine interface located in a vehicle for allowing an occupant to interface with the infotainment device. A passenger detection sensor senses a condition indicative of a passenger other than the driver interfacing with the human machine interface. A video imaging system detects a driver distraction condition. A controller controls functions made available by the infotainment device by allowing one of first and second levels of functionality based on the sensed conditions.

Abstract: A starting system for an engine of an automotive vehicle having an ignition system includes a fingerprint sensor (26) that generates a fingerprint signal. A memory has a plurality of authorized fingerprint signals stored therein. A switch (28) is used to generate a start signal. A controller is coupled to the ignition system (20), the fingerprint sensor (26), the memory (18), and switch (28). The controller compares the fingerprint signal with the authorized fingerprint signal stored in the memory and enables the ignition system in response to the start signal and the fingerprint signal being substantially equal to an authorized fingerprint signal.

Abstract: In preferred embodiments, apparatus for and method of eye tracking, including, in sequence, the steps of: viewing an entire face of a person to obtain predetermined facial features of the person to identify or not the said person; if the person is identified, retrieving a previously stored ocular profile of the person based on said predetermined facial features; using said ocular profile to track movement of an eye of said person. If the person is not identified, an ocular profile is created.

Abstract: A starting system for an engine of an automotive vehicle having an ignition system includes a fingerprint sensor (26) that generates a fingerprint signal. A memory has a plurality of authorized fingerprint signals stored therein. A switch (28) is used to generate a start signal. A controller is coupled to the ignition system (20), the fingerprint sensor (26), the memory (18), and switch (28). The controller compares the fingerprint signal with the authorized fingerprint signal stored in the memory and enables the ignition system in response to the start signal and the fingerprint signal being substantially equal to an authorized fingerprint signal.