Abstract: An electronic device incorporates, and method and computer program product provide improved auto white balance (AWB) performance. The electronic device receives first image content from a first image capturing device of an electronic device. The electronic device receives second image content from a second image capturing device. The second image capturing device has a second field of view (FOV) that differs from a first FOV of the first image capturing device. The controller identifying, during an image capturing process for a target image within the first FOV, whether a condition exists that causes a distortion in a white balance of the first image content. In response to identifying that the condition exists, the controller captures the second image content within the second FOV, determining an AWB value for the second image content, and automatically adjusting the first image content using the AWB value for the second image content.

Abstract: An electronic device incorporates, and method and computer program product provide improved auto white balance (AWB) performance. The electronic device receives first image content from a first image capturing device of an electronic device. The electronic device receives second image content from a second image capturing device. The second image capturing device has a second field of view (FOV) that differs from a first FOV of the first image capturing device. The controller identifying, during an image capturing process for a target image within the first FOV, whether a condition exists that causes a distortion in a white balance of the first image content. In response to identifying that the condition exists, the controller captures the second image content within the second FOV, determining an AWB value for the second image content, and automatically adjusting the first image content using the AWB value for the second image content.

Abstract: A method, a system, and computer program product for updating a current exposure table that is used by an image sensor in order to prevent alternating current (AC) frequency banding due to incandescent or fluorescent lights in a camera preview, a captured video, and/or captured still images. The method includes detecting a condition that triggers an update to a current exposure table that is used by at least one image sensor of a device. A suitable exposure table for potential use by the at least one image sensor is then determined. The suitable exposure table is then evaluated to determine whether the suitable exposure table is equivalent to the current exposure table. In response to determining the suitable exposure table is not equivalent to the current exposure table, the suitable exposure table is applied to the at least one image sensor.