BACKGROUND

Optical image stabilization processes are utilized to correct or compensate for blurring in images captured by cameras that results from movements (e.g., vibrations) of the cameras as the images are captured. Optical image stabilization processes operate by controlling or modifying a path of light passing through one or more lenses or lens assemblies and onto an image sensor of a camera.

Some optical image stabilization processes control or modify paths of light passing through lenses or lens assemblies by detecting vibrations or other movements of cameras, e.g., within directions perpendicular to optical axes of the cameras, and repositioning the lenses or other lens assemblies to correct for detected vibrations or other movements, e.g., in directions of yaw axes or pitch axes. Such processes are commonly directed to ensuring that a single location within an image, e.g., a center of the image, is free of blur, or is subject to blurring to a limited extent. As a result of such efforts, however, other locations within the image may be subject to blurring, as different view angles require lenses or lens assemblies to be shifted by different distances in order to bring different portions of a field of view into a blur-free condition.

