Abstract: A CMOS imaging sensor with ernbedded feature extraction capability operatable in different modes by a method that includes the steps of: (a) operating the CMOS imaging sensor in a motion-detecting mode at a first power level using circuitry on the imaging sensor that generates motion data based on received images detected by pixels in the pixel array; (b) switching the imaging sensor from the motion-detecting mode to a feature extraction mode in response to detecting motion; and (c) operating the imaging sensor in the feature extraction mode at a second power level that is higher than the first power level.

Abstract: This disclosure describes: (1) two different schemes to enhance dynamic range, (2) a new motion detection scheme using in-pixel digital storage, and (3) the motion detection in high illumination for CMOS image sensors. The schemes may be implemented in a small pixel size and easily incorporated in simple column-level circuits for existing CMOS image sensor systems.

Abstract: There is provided a method for updating an AR target of a terminal, the method comprises: receiving an AR target, a boundary distance for a coverage area of the AR target, and the at least one area ID list from a server; if precise positioning is possible, determining whether or not the location of the terminal satisfies a boundary condition on the basis of the boundary distance; if precise positioning is impossible, determining whether or not the serving cell ID of the terminal satisfies the boundary condition on the basis of said the at least one area ID list; and, if it is determined that the boundary condition is satisfied, transmitting an update request from the AR target to the server.

Abstract: A sensor includes an array of pixels to capture an image, the array of pixels arranged as a plurality of pixel groups, each of the pixel groups having a two or more pixels coupled to a shared floating diffusion node for outputting merged image signals from the pixel groups, at least one inter-pixel switch to control transfer of electrical charge from a floating diffusion node for a first one of the pixel groups to a floating diffusion node for a second one of the pixel groups to temporarily store a portion of a previous image frame within the floating diffusion node for the second one of the pixel groups, and a motion comparator to compare an image signal from the first one of the pixel groups with an image signal from the second one of the pixel groups to detect motion between a current frame and the previous frame.

Abstract: This disclosure describes: (1) two different schemes to enhance dynamic range, (2) a new motion detection scheme using in-pixel digital storage, and (3) the motion detection in high illumination for CMOS image sensors. The schemes may be implemented in a small pixel size and easily incorporated in simple column-level circuits for existing CMOS image sensor systems.

Abstract: Disclosed is an automatic of a vehicle comprising: a rotating shaft; a sun gear included at a circumference of the rotating shaft; a plurality of pinions engaged with the sun gear and rotated along an exterior circumference of the sun gear; a ring gear configured to be rotated as inscribed with an exterior circumference of the plurality of pinions; a case forming an exterior of the automatic transmission; and a supporting unit between the ring gear and an interior circumference of the case.

Abstract: A sensor includes an array of pixels to capture an image, the array of pixels arranged as a plurality of pixel groups, each of the pixel groups having a two or more pixels coupled to a shared floating diffusion node for outputting merged image signals from the pixel groups, at least one inter-pixel switch to control transfer of electrical charge from a floating diffusion node for a first one of the pixel groups to a floating diffusion node for a second one of the pixel groups to temporarily store a portion of a previous image frame within the floating diffusion node for the second one of the pixel groups, and a motion comparator to compare an image signal from the first one of the pixel groups with an image signal from the second one of the pixel groups to detect motion between a current frame and the previous frame.

Abstract: Disclosed is an automatic transmission of a vehicle comprising: a rotating shaft; a sun gear included at a circumference of the rotating shaft; a plurality of pinions engaged with the sun gear and rotated along an exterior circumference of the sun gear; a ring gear configured to be rotated as inscribed with an exterior circumference of the plurality of pinions; a case forming an exterior of the automatic transmission; and a supporting unit between the ring gear and an interior circumference of the case.