Definite projection matrices determining method for use in imaging medical device system i.e. X-ray system, involves determining definite projection matrix based on provided projection matrices and positions of coordinate systems

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This invention provides a method for determining accurate (definite) projection matrices used in medical imaging devices, such as X-ray systems. It uses computer algorithms to process various provided projection matrices and the positions of coordinate systems involved in the imaging setup, producing a uniform projection matrix that precisely aligns the imaging data.

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• Enhancing image reconstruction in X-ray and CT scanners for hospitals and clinics
• Improving accuracy in image-guided surgeries and procedures
• Calibrating and maintaining imaging systems in medical facilities
• Developing advanced diagnostic imaging software and workstations

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• Provides more accurate and consistent image alignment for better diagnostics
• Automates the calibration process, saving time and reducing human error
• Can be implemented in existing imaging systems without major hardware changes
• Enables improved three-dimensional reconstruction of medical images

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Patent Abstract

The method involves determining projection matrixes of different groups on one of positions of coordinate systems by a computer. The matrices are determined for positioning of a mounting arrangement by the computer, and a definite projection matrix is determined based on the provided projection matrices and the positions of the coordinate systems for each positioning of the mounting arrangement. The definite projection matrix is obtained on a uniform coordinate system. Independent claims are also included for the following: (1) a computer program comprising a set of instructions to allow a computer to perform a method for determining projection matrices (2) a data medium storing a computer program to perform a method for determining projection matrices (3) a computer with a mass storage storing a computer program for performing a method for determining projection matrices.