Electronic device for blurring image obtained by combining plural images based on depth information and method for driving the electronic device

An electronic device comprising:

• a first camera deployed on one side of the electronic device;
• a second camera deployed on the one side;
• a memory;
• and
• at least one processor, wherein the at least one processor is configured to:
• acquire a plurality of first image frames for one or more external objects using the first camera based on an input corresponding to a photographing signal,
• acquire a second image frame for the one or more external objects using the second camera while acquiring at least parts of the first image frames,
• generate depth information for the one or more external objects based on the image frame corresponding to the second image frame among the plurality of first image frames and the second image frame,
• generate a first corrected image by combining a plurality of designated image frames among the plurality of first image frames based on the depth information, and
• generate a second corrected image in which at least parts of the one or more external objects included in the first corrected image are blurred at least based on the depth information.

A method for driving an electronic device, the method comprising:

• acquiring a plurality of first image frames for one or more external objects using a first camera based on an input corresponding to a photographing signal;
• acquiring a second image frame for the one or more external objects using a second camera while acquiring at least parts of the first image frames;
• generating depth information for the one or more external objects based on the image frame corresponding to the second image frame among the plurality of first image frames and the second image frame;
• generating a first corrected image by combining a plurality of designated image frames among the plurality of first image frames;
• and
• generating a second corrected image in which at least parts of the one or more external objects included in the first corrected image are blurred at least based on the depth information.