Radiographic image processing method, trained model, radiographic image processing module, radiographic image processing program, and radiographic image processing system

A radiographic image processing system comprising:

• at least one processor configured to:
• acquire a radiographic image of a jig and a radiographic image of a target object, the radiographic image of the jig and the radiographic image of the target object are acquired by using a system that radiates radiation to the target object and captures an image of the radiation passing through the target object to acquire the radiographic image of the target object,
• specify image characteristics of the radiographic image of the jig,
• select a trained model on a basis of image characteristics from a plurality of trained models constructed using image data of one or more training images, through a machine training in advance, and
• execute an image processing for removing noise from the radiographic image of the target object using the selected trained model.

A non-transitory computer-readable media storing a radiographic image processing program, which, when executed by a processor, causes the processor to execute a method comprising:

• acquiring a radiographic image of a jig and a radiographic image of a target object using a system that radiates radiation to the target object and captures an image of the radiation passing through the target object to acquire the radiographic image of the target object;
• specifying image characteristics of the radiographic image of the jig;
• selecting a trained model on a basis of image characteristics from a plurality of trained models constructed using image data of one or more training images, through a machine training in advance;
• and
• executing an image processing for removing noise from the radiographic image of the target object using the selected trained model.