Super-Resolution Image Reconstruction Method and Super-Resolution Image Reconstruction System Capable of Dynamically Adjusting Weightings According to Temporal Information

A super-resolution image reconstruction method includes acquiring a plurality of raw images, positioning the plurality of raw images, acquiring a plurality of motion vectors, setting image coordinates of a super-resolution image, adjusting image coordinates of the super-resolution image according to the plurality of motion vectors for generating a plurality of updated image coordinates, setting a first image range, adjusting coordinates of a first image range according to the plurality of motion vectors for generating a plurality of updated first image ranges, generating a plurality of second image ranges according to each updated first image range, and generating a reconstructed pixel of the super-resolution image at the image coordinates according to a plurality of weightings, the plurality of updated first image ranges, and the plurality of second image ranges.