Baka, N.

shape model motion image point method distance landmark reconstruction registration parameter sequence result frame chapter accuracy training experiment figure femur tting x-ray uoroscopic shape model motion models ground truth ground truth shape correspondence shape models biplane imaging surface patient segmentation error uncertainty motion model regression x-ray images non-rigid projection fi tting artery landmark points ground truth cycle analysis information estimation table subject silhouette section number heart function fferent convergence optimization centerline feature ieee transactions right alignment shape reconstruction speci estimate fidence approach prediction structure patient speci fic rotation e ffect kinematic van walsum fi rst di fferent fference