Abstract: A system, method, and computer program product are provided for modifying signals of a three-dimensional graphics application program based on a tracking algorithm. In operation, a plurality of signals are received from a three-dimensional graphics application program. Additionally, the signals, or a derivative thereof, are modified based on an algorithm that tracks at least a portion of an upper body of a person. Furthermore, the modified signals are output.

Abstract: A system, method, and computer program product are provided for preventing display of unwanted content stored in a frame buffer. In use, unwanted content stored in a frame buffer is identified. Furthermore, display of the unwanted content is prevented based on the identification of the unwanted content.

Abstract: A system, method, and computer program product are provided for preventing display of unwanted content stored in a frame buffer. In use, unwanted content stored in a frame buffer is identified. Furthermore, display of the unwanted content is prevented based on the identification of the unwanted content.

Abstract: A package that encapsulates an integrated circuit optical sensor and mounts on a support substrate includes a base substrate constructed of an insulating material. The optical sensor bottom surface is bonded to the base substrate top surface. Conductive strips on the base substrate top surface extend from a region near the optical sensor to an edge of the base substrate top surface. Wires are bonded on one end to a sensor bonding pad for which connection is desired and on the other end to a corresponding conductive strip. A window is bonded to the base substrate top surface in a spaced-apart relationship using seal material extending around the sensor enclosing each wire bond. Various means are provided for connecting each conductive strip to a corresponding trace on the support substrate. An electrochromic variable attenuator may be formed on the window, allowing control over the intensity of light striking the optical sensor.

Abstract: An automatic vehicle head lamp dimming system which includes an optical system and an imaging processing system. The optical system is configured to discriminate between head lamps and tail lamps and focus the light rays from the head lamps and tail lamps on different portions of a pixel sensor array. The optical system as well as the image processing system provides for relatively increased discrimination of head lamps and tail lamps of other vehicles and also enables the high beam head lamps of the control vehicle to be controlled as a function of the distance as well as horizontal angular position of other vehicles relative to the controlled vehicle.