An image processing method, wherein the method comprises: obtaining binocular image data of a scene and time of flight data of the scene, wherein the binocular image data comprises first image data and second image data that are obtained by different cameras; correcting binocular depth data based on the TOF data, to obtain corrected binocular depth data, wherein the binocular depth data is determined based on the binocular image data; and performing blurring processing on the first image data based on the corrected binocular depth data, wherein the first image data is to-be-displayed image data, wherein the correcting binocular depth data based on the TOF data, to obtain corrected binocular depth data comprises: determining an error region based on the binocular image data and the binocular depth data; and correcting depths of the error region based on the TOF data, to determine the corrected binocular depth data, and wherein the step of determining an error region based on the binocular image data and the binocular depth data comprises: determining, based on the binocular depth data and the first image data or the second image data, a region that is of the first image data and that corresponds to a region, in the binocular depth data, whose at least one of precision or stability does not fall within a preset range, and wherein, during correcting binocular depth data based on the TOF data, only the depths of the error region are corrected. obtaining binocular image data of a scene and time of flight data of the scene, wherein the binocular image data comprises first image data and second image data that are obtained by different cameras; correcting binocular depth data based on the TOF data, to obtain corrected binocular depth data, wherein the binocular depth data is determined based on the binocular image data; and performing blurring processing on the first image data based on the corrected binocular depth data, wherein the first image data is to-be-displayed image data, wherein the correcting binocular depth data based on the TOF data, to obtain corrected binocular depth data comprises: determining an error region based on the binocular image data and the binocular depth data; and correcting depths of the error region based on the TOF data, to determine the corrected binocular depth data, and wherein the step of determining an error region based on the binocular image data and the binocular depth data comprises: determining, based on the binocular depth data and the first image data or the second image data, a region that is of the first image data and that corresponds to a region, in the binocular depth data, whose at least one of precision or stability does not fall within a preset range, and wherein, during correcting binocular depth data based on the TOF data, only the depths of the error region are corrected. determining an error region based on the binocular image data and the binocular depth data; and correcting depths of the error region based on the TOF data, to determine the corrected binocular depth data, and wherein the step of determining an error region based on the binocular image data and the binocular depth data comprises: determining, based on the binocular depth data and the first image data or the second image data, a region that is of the first image data and that corresponds to a region, in the binocular depth data, whose at least one of precision or stability does not fall within a preset range, and wherein, during correcting binocular depth data based on the TOF data, only the depths of the error region are corrected. determining, based on the binocular depth data and the first image data or the second image data, a region that is of the first image data and that corresponds to a region, in the binocular depth data, whose at least one of precision or stability does not fall within a preset range, and wherein, during correcting binocular depth data based on the TOF data, only the depths of the error region are corrected.