2 results about "Organ region" patented technology

This invention discloses an intelligent identification method for hepatobiliary and renal stones based on ultrasound images, belonging to the field of stone identification technology. The method includes the following steps: acquiring an ultrasound image to be detected and marking it as a real-time detection image; obtaining real-time detection grayscale values ​​based on the real-time detection image; obtaining organ grayscale thresholds based on ultrasound images in a database; obtaining real-time organ regions based on the real-time detection grayscale values ​​and organ grayscale thresholds; constructing real-time stone detection values ​​based on the real-time organ regions; obtaining historical normal boundary values ​​based on ultrasound images in a database; obtaining stone boundary thresholds based on the historical normal boundary values; and determining whether gallstones are present based on the real-time stone detection values ​​and stone boundary thresholds. This invention addresses the problem that existing stone identification technologies suffer from poor accuracy due to significant noise in ultrasound images.

A data processing method applied to radiotherapy, and a related apparatus. The method comprises: acquiring a plurality of two-dimensional images corresponding to an object to be subjected to radiotherapy; in response to an organ selection operation of an operator, displaying, on a three-dimensional delineation interface, a three-dimensional organ region corresponding to a selected organ; in response to a three-dimensional delineation operation of the operator on the three-dimensional delineation interface, determining a three-dimensional delineation region in the three-dimensional organ region which corresponds to the three-dimensional delineation operation; and on the basis of the plurality of two-dimensional images and the three-dimensional delineation region, determining a plurality of two-dimensional delineation regions of the three-dimensional delineation region which correspond to the plurality of two-dimensional images on a one-to-one basis, wherein the plurality of two-dimensional delineation regions are used for performing radiotherapy on said object. By means of the method, an operator first performs three-dimensional delineation on a three-dimensional organ region, and then inversely parses onto a plurality of two-dimensional images a three-dimensional delineation region corresponding to the three-dimensional delineation, and thus a plurality of two-dimensional delineation regions can be obtained by means of one instance of three-dimensional delineation, thereby improving the efficiency of delineation while ensuring the accuracy of delineation.