An image processing device comprising: an image data acquiring unit (202; 203; 204) configured to acquire moving image data at a predetermined frame rate and a predetermined resolution, wherein the image data acquiring unit (202; 203; 204) is configured to receive a container in a predetermined format including a video stream obtained by applying encoding processing to the moving image data and to acquire the moving image data by applying decoding processing to the video stream; and an image processing unit (201; 205; 206) configured to perform filtering processing for raising the degree of correlation between adjacent frames on the acquired moving image data if information indicating whether super high-definition video distribution is delivered, extracted from a layer of the container, indicates that the super high-definition video distribution is delivered and a ratio of the predetermined frame rate to a camera shutter speed falls below a threshold value, wherein the image processing unit (201; 205; 206) is configured to estimate the camera shutter speed on the basis of information on the frame rate and the resolution inserted in one of a layer of the container, a layer of the video stream, and a blanking period of the moving image data acquired from a first external apparatus via a digital interface, or the image processing unit (201; 205; 206) is configured to obtain the ratio of the predetermined frame rate to the camera shutter speed on the basis of information on the ratio inserted in a layer of the container and/or layer of the video stream, or the image processing unit (201; 205; 206) is configured to acquire information on the ratio of the frame rate to the camera shutter speed from a second external apparatus via a digital interface and, on the basis of the information on the ratio, to obtain the ratio of the predetermined frame rate to the camera shutter speed. an image data acquiring unit (202; 203; 204) configured to acquire moving image data at a predetermined frame rate and a predetermined resolution, wherein the image data acquiring unit (202; 203; 204) is configured to receive a container in a predetermined format including a video stream obtained by applying encoding processing to the moving image data and to acquire the moving image data by applying decoding processing to the video stream; and an image processing unit (201; 205; 206) configured to perform filtering processing for raising the degree of correlation between adjacent frames on the acquired moving image data if information indicating whether super high-definition video distribution is delivered, extracted from a layer of the container, indicates that the super high-definition video distribution is delivered and a ratio of the predetermined frame rate to a camera shutter speed falls below a threshold value, wherein the image processing unit (201; 205; 206) is configured to estimate the camera shutter speed on the basis of information on the frame rate and the resolution inserted in one of a layer of the container, a layer of the video stream, and a blanking period of the moving image data acquired from a first external apparatus via a digital interface, or the image processing unit (201; 205; 206) is configured to obtain the ratio of the predetermined frame rate to the camera shutter speed on the basis of information on the ratio inserted in a layer of the container and/or layer of the video stream, or the image processing unit (201; 205; 206) is configured to acquire information on the ratio of the frame rate to the camera shutter speed from a second external apparatus via a digital interface and, on the basis of the information on the ratio, to obtain the ratio of the predetermined frame rate to the camera shutter speed.