System and method for adjusting fluoroscopy imaging conditions

A method comprising:

• obtaining a series of captured images of a object, the series of captured images comprising:
• a series of fluoroscopy images of the object captured using an X-ray imaging apparatus;
• or
• a series of optical images of the object captured during a same time period as the series of fluoroscopy frames;
• providing each of at least some of the captured images to at least one image recognition model configured to determine whether a subject of a user is present in a path of an X-ray beam of the X-ray imaging apparatus;
• in response to detecting the subject in the path of the X-ray beam, reducing radiation provided to the subject by controlling the X-ray imaging apparatus to adjust imaging conditions including one or more:
• collimation of the X-ray beam provided by the X-ray imaging apparatus, the collimation limiting an area irradiated by the X-ray beam;
• presence of a filter between an X-ray source of the X-ray imaging apparatus and the object;
• and
• imaging parameters of the X-ray imaging apparatus;
• and
• subsequently, in response to a predefined condition being met, controlling the imaging apparatus to further adjust the imaging conditions to increase the radiation supplied by the X-ray source to a detector of the X-ray imaging apparatus.

A non-transitory computer readable medium storing a computer program comprising one or more sets of computer readable instructions, which when executed by at least one processor, cause a method to be performed, the method comprising:

• obtaining a series of captured images of an object, the series of captured images comprising:
• a series of fluoroscopy images of the object captured using an X-ray imaging apparatus;
• or
• a series of optical images of the object captured during a same time period as the series of fluoroscopy frames;
• providing each of at least some of the captured images to at least one image recognition model configured to determine whether a subject of a user is present in a path of an X-ray beam of the X-ray imaging apparatus;
• in response to detecting the subject in the path of the X-ray beam, reducing radiation provided to the subject by controlling the X-ray imaging apparatus to adjust imaging conditions including one or more:
• collimation of the X-ray beam provided by the X-ray imaging apparatus, the collimation limiting an area irradiated by the X-ray beam;
• presence of a filter between an X-ray source of the X-ray imaging apparatus and the object;
• and
• imaging parameters of the X-ray imaging apparatus;
• and
• subsequently, in response to a predefined condition being met, controlling the imaging apparatus to further adjust the imaging conditions to increase the radiation supplied by the X-ray source to a detector of the X-ray imaging apparatus.