Abstract: There is described a computer-implemented method of performing medical treatment outcome assessment or medical condition diagnostic. The method generally has receiving a three-dimensional (3D) anatomical image representing a region of a body of a patient; generating a 3D invariant image by processing the 3D anatomical image based on an isophote structure invariant entity (e.g., mean curvature of isophotes, Gaussian curvature of isophotes); using an image processing unit, processing the 3D invariant image and generating an output based on said processing, the output being either: medical treatment outcome data indicative of an outcome assessment of a treatment received by said patient; or medical condition diagnostic data indicative of a diagnostic of a medical condition of said patient.

Abstract: There is described a computer-implemented method of performing medical treatment outcome assessment or medical condition diagnostic. The method generally has receiving a three-dimensional (3D) anatomical image representing a region of a body of a patient; generating a 3D invariant image by processing the 3D anatomical image based on an isophote structure invariant entity (e.g., mean curvature of isophotes, Gaussian curvature of isophotes); using an image processing unit, processing the 3D invariant image and generating an output based on said processing, the output being either: medical treatment outcome data indicative of an outcome assessment of a treatment received by said patient; or medical condition diagnostic data indicative of a diagnostic of a medical condition of said patient.

Abstract: A method is providedfor automatically generating a mode of presentation for data collected and produced during an imaging examination for which an examination report is done by an operator in charge of said examination, including: analyzing contextual information related to examination, analyzing data contained in the examination report, eliciting and producing relevant information from and within the collected and produced data, based on results of the contextual information analysis and of the report data analysis, and displaying the relevant information, in a simplified multi-dimensional manner as an interactive visual imaging report. Contextual information includes information on the behavior of the operator while achieving and reporting the examination. Interactive Visual Imaging Reports (IVIR) are automatically generated, as computed multi-dimensional and multi-scale objects, from native images and information collected during the image acquisition and interpretation process.