An information processor configured to divide input image data for a plurality of other information processors (201, 202, 203) to perform a super resolution process as a distributed processing on the divided input image data, the super resolution process generating a high resolution image based on a plurality of low resolution input images, the information processor comprising: an image analyzer that analyses a characteristic of an input image of the input image data; a division point determining unit that determines, based on an analysis result acquired by the image analyzer, a division point for the input image of a sequence of image frames based on a capability of the other information processors (201, 202, 203) or a characteristic of the input image, the division point being determined - (i) based on a scene change point, if the input image is an edited content, - (ii) based on a group of pictures, GOP, if the input image is encoded, - (iii) based on corresponding points, if a length of the image frames divided based on the determination criteria (i) or (ii) is not optimal, or - (iv) based on a global motion vector, if a position matching process in the super resolution process cannot be followed; a division processor configured to divide for each of the other information processors (201, 202, 203), the input image at the division point, and to allocate each divided input image to each corresponding one of the other information processors (201, 202, 203); and a combination processor configured to combine results of the super resolution process performed by the each of the other information processors (201, 202, 203), and to output a result of the combination. an image analyzer that analyses a characteristic of an input image of the input image data; a division point determining unit that determines, based on an analysis result acquired by the image analyzer, a division point for the input image of a sequence of image frames based on a capability of the other information processors (201, 202, 203) or a characteristic of the input image, the division point being determined - (i) based on a scene change point, if the input image is an edited content, - (ii) based on a group of pictures, GOP, if the input image is encoded, - (iii) based on corresponding points, if a length of the image frames divided based on the determination criteria (i) or (ii) is not optimal, or - (iv) based on a global motion vector, if a position matching process in the super resolution process cannot be followed; - (i) based on a scene change point, if the input image is an edited content, - (ii) based on a group of pictures, GOP, if the input image is encoded, - (iii) based on corresponding points, if a length of the image frames divided based on the determination criteria (i) or (ii) is not optimal, or - (iv) based on a global motion vector, if a position matching process in the super resolution process cannot be followed; a division processor configured to divide for each of the other information processors (201, 202, 203), the input image at the division point, and to allocate each divided input image to each corresponding one of the other information processors (201, 202, 203); and a combination processor configured to combine results of the super resolution process performed by the each of the other information processors (201, 202, 203), and to output a result of the combination.