Resumen
A new fully automated model-based interleaved biplane image tracking scheme in conjunction with clinical asynchronous biplane fluoroscopy was proposed and evaluated for its performance on dynamic tibiofemoral kinematics measurements. The approach may encourage the further use of clinical imaging systems for the noninvasive and precise examination of three-dimensional, dynamic joint functions in clinical practice and extend the application of model-based tracking techniques for orthopedic biomechanical investigations in a budge-efficient way.