This publication describes implementing enhanced super-resolution photography using haptics motor vibration during burst-mode capture on computing devices (e.g., smartphones). A novel framework generates sub-pixel shifts in burst-mode capture by activating a smartphone haptics motor to move a camera in a particular haptic pattern while capturing multiple images. Information regarding the haptic pattern is used to compensate for the sub-pixel shifts during image processing to generate an image with increased resolution.
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Shin, D, "Enabling Enhanced Super-Resolution Photography Using Haptics Motor Vibration During Burst-Mode Capture on Smartphones", Technical Disclosure Commons, (December 26, 2021)