Abstract: Systems and methods to develop a vascular model of vascular trees that are captured with 3-Dimensional medical imaging data of a subject. Image processing iteratively traverses vessel image segments within the imaging data and creates a vessel model defined within a data structure that defines branch segments and bifurcation points where those branch segments split. The model generation algorithms incorporate strategies and parameters to identify and repair falsely identified bifurcations that reflect false inter-tree and intra-tree connections that can appear when processing images with complicated vessel trees. Accurate traversal of the vessel tree as portrayed in 3-Dimensional medical images is emphasized to correctly label branch generations and identify and repair erroneous interconnections between adjacent trees.

Abstract: Systems and methods to develop a vascular model of vascular trees that are captured with 3-Dimensional medical imaging data of a subject. Image processing iteratively traverses vessel image segments within the imaging data and creates a vessel model defined within a data structure that defines branch segments and bifurcation points where those branch segments split. The model generation algorithms incorporate strategies and parameters to identify and repair falsely identified bifurcations that reflect false inter-tree and intra-tree connections that can appear when processing images with complicated vessel trees. Accurate traversal of the vessel tree as portrayed in 3-Dimensional medical images is emphasized to correctly label branch generations and identify and repair erroneous interconnections between adjacent trees.