Abstract: A method, a system, and computer program product for creating a composite image from multi-frame raw image data. The method includes extracting each individual frame from a plurality of frames within raw image data and determining a sharpness score for a region of each individual frame. A particular frame that has a sharpest region from among the plurality of frames is then selected as a reference frame. Each pixel in the reference frame is then registered to a plurality of corresponding pixels from non-reference frames of the plurality of frames. Equivalent pixels from the reference frame and each non-reference frame are then summed to create a composite image.

Abstract: A method, device, system, or article of manufacture is provided for low-power management of multiple sensor chip architecture.

Abstract: In embodiments of calibrating an electronic writing device, an electronic writing device includes a calibration component configured to calibrate writing data to an orientation of a writing surface. To do so, the calibration component determines whether writing data corresponds to a calibration movement. If the calibration component determines that the writing data corresponds to the calibration movement, the calibration component determines a correction angle based on the writing data and stores the correction angle in a writing buffer. The calibration component then uses the correction angle to adjust subsequently received writing data to align the writing data to the orientation of the writing surface.

Abstract: A method, device, system, or article of manufacture is provided for low-power management of multiple sensor chip architecture.

Abstract: This invention comprises footwear having a power source and switching mechanism mounted in the heel under padding and an electroluminescent wire mounted in a predetermined position on the footwear to provide illumination. The electroluminescent wire comprises a thin linear light source wherein light is produced by activating an electroluminescent phosphor with high alternating electric current. The phosphor is located between two electrically conductive wires, one in the core or center of the phosphor layer and one on the outside of the phosphor layer with spirals about the wire. The electroluminescent wire is connected to a control circuit for converting the battery power to alternating current. When an individual applies force to the bottom of the footwear or motion, a vibration sensitive switch activates the circuit causing the electroluminescent phosphor to become lighted. The wire may be positioned along the out sole inside and outside or along the tongue or other position on the footwear.