The purpose of the present invention is to provide a method for geometric calibration of a cone-beam tomography equipment, in particular CT or pinhole-SPECT, that derives the misalignment parameters from the scan data of a generic object, thus without resorting to specific test-objects or dummies.
The invention relates to an original technique for improving the quality of images that are acquired during an oncology hadrontherapy treatment.
The present invention relates to a device for detecting the position and movement of a human limb comprising a plurality of sensory units connected to at least one coordination unit which manages the data coming from the sensory units and timers their flow.
The invention proposes an architecture able to solves particular problems via a novel data synchronization system based on SoC-FPGA devices and GPS-like time calibration algorithms.
