Image processing apparatus and imaging system

An image processing apparatus comprising:

• a memory storing a program, and
• at least one processor configured to execute the program to perform operations comprising:
• detecting a change amount of a desired object image in a plurality of continuously captured images and generating movement information regarding the desired object image;
• generating a plurality of corrected images in which a change of the desired object image between the plurality of captured images is corrected on a basis of the generated movement information;
• generating an exposure image in a desired exposure state on a basis of the plurality of corrected images;
• cropping out a plurality of second cropped images corresponding to the desired object image in each of the plurality of captured images on the basis of the movement information and correcting the plurality of second cropped images on the basis of the movement information to generate the plurality of corrected images.

An image processing apparatus comprising:

• a memory storing a program, and
• at least one processor configured to execute the program to perform operations comprising:
• detecting a change amount of a desired object image in a plurality of continuously captured images and generating movement information regarding the desired object image;
• generating a plurality of corrected images in which a change of the desired object image between the plurality of captured images is corrected on a basis of the generated movement information;
• generating an exposure image in a desired exposure state on a basis of the plurality of corrected images;
• performing an integral computation on the plurality of corrected images;
• and
• controlling performing the integral computation and generating the exposure image in the desired exposure state.

An image processing apparatus comprising:

• a memory storing a program, and
• at least one processor configured to execute the program to perform operations comprising:
• detecting a change amount of a desired object image in a plurality of continuously captured images and generating movement information regarding the desired object image;
• generating a plurality of corrected images in which a change of the desired object image between the plurality of captured images is corrected on a basis of the generated movement information;
• generating an exposure image in a desired exposure state on a basis of the plurality of corrected images;
• storing, by a captured image memory, the plurality of captured images;
• and
• performing an interpolation computation to calculate a movement locus of the desired object image on a basis of the plurality of captured images stored in the captured image memory, and detecting the change amount of the desired object image on a basis of the movement locus.

An image processing apparatus comprising:

• a memory storing a program, and
• at least one processor configured to execute the program to perform operations comprising:
• detecting a change amount of a desired object image in a plurality of continuously captured images and generating movement information regarding the desired object image;
• generating a plurality of corrected images in which a change of the desired object image between the plurality of captured images is corrected on a basis of the generated movement information;
• generating an exposure image in a desired exposure state on a basis of the plurality of corrected images, wherein
• the change amount includes information regarding a position, a size, and an angle of the desired object image.

A non-transitory computer readable medium storing a program, the program being executable by a processor to perform operations comprising:

• detecting a change amount of a desired object image in a plurality of continuously captured images and generating movement information regarding the desired object image;
• generating a plurality of corrected images in which a change of the desired object image between the plurality of captured images is corrected on a basis of the generated movement information;
• generating an exposure image in a desired exposure state on a basis of the plurality of corrected images;
• detecting the desired object image from each of the plurality of captured images, cropping out images corresponding to the desired object image, and outputting the images as a plurality of first cropped images;
• and
• detecting the change amount of the desired object image on a basis of the plurality of first cropped images.