Image processing system, image processing device, image processing method, and image processing program

An image processing device comprising:

• a first image processing unit that individually acquires pieces of image data from a plurality of imaging units to individually correct image deterioration caused by each of the imaging units by pieces of image processing;
• and
• a second image processing unit that individually acquires the pieces of image data after the correction from the first image processing unit to individually inspect, measure, or recognize imaged targets by pieces of image processing,
• wherein in a case where the plurality of imaging units individually image a plurality of substantially the same targets that have same shapes and/or same appearances, the first image processing unit individually corrects the pieces of image data acquired from the plurality of imaging units such that results of the second image processing unit match within a desired range.

An image processing method comprising:

• a first image processing step of individually acquiring pieces of image data from a plurality of imaging units to individually correct image deterioration caused by each of the imaging units by pieces of image processing;
• and
• a second image processing step of individually acquiring the pieces of image data after the correction in the first image processing step to individually inspect, measure, or recognize imaged targets by pieces of image processing,
• wherein in a case where the plurality of imaging units individually image a plurality of substantially the same targets that have same shapes and/or same appearances, the first image processing step individually corrects the pieces of image data acquired from the plurality of imaging units such that results of the inspection, the measurement, or the recognition in the second image processing step match within a desired range.

A non-transitory computer readable recording medium storing an image processing program causing a computer to realize:

• a first image processing function of individually acquiring pieces of image data from a plurality of imaging units to individually correct image deterioration caused by each of the imaging units by pieces of image processing;
• and
• a second image processing function of individually acquiring the pieces of image data after the correction by the first image processing function to individually inspect, measure, or recognize imaged targets by pieces of image processing,
• wherein in the case where the plurality of imaging units individually image a plurality of substantially the same targets that have same shapes and/or same appearances, the first image processing function individually corrects the pieces of image data acquired from the plurality of imaging units such that results of the inspection, the measurement, or the recognition by the second image processing function match within a desired range.