1. An image capturing device comprising: an electronic image sensor operable to capture a plurality of optical samples through an optical path; a lens through which the optical path travels; an actuator that is operable to move the lens; an accelerometer; an optical image stabilization (OIS) processor to signal the actuator to move the lens so as to stabilize an optical image that is being projected onto the sensor through the optical path, before the sensor converts the optical image into digital form being said captured plurality of optical samples, in response to using the accelerometer to detect movement of the device due to involuntary shaking by a user who is holding the device; the OIS processor to command a plurality of super-resolution shifts of the optical path by signaling the actuator to move the lens while the plurality of optical samples are being captured, wherein each super-resolution shift corresponds to one of a plurality of sub-pixel offsets; a super-resolution engine to create a super-resolution image based on the plurality of captured optical samples; the OIS processor to command a plurality of increase color sampling density shifts of the optical path by signaling the actuator to move the lens while the plurality of optical samples are being captured, wherein each increase color sampling density shift corresponds to one of a plurality of one-pixel offsets to provide full color sampling at each pixel location of each color the image sensor is capable of capturing; and the super-resolution engine to create an increase color sampling density image based on the plurality of captured optical samples.