Comparison of Cerebral Blood Flow and Arterial Transit Time Estimation Methods Using Monte-Carlo Simulation

Keywords

abnormality acceptable according accurate acquisition added addition advantageous ahead allow allowed amplitude application arterial assumed audience averaging bars basic better biomedical blood bock bolus boluses brain cerebral chosen collect collected consuming continuous control dash decoded defined delay deviations diagnosis difficult duration effective efficiencies efficient eight encoded encoding engineering error errors estimation estimations even examines exchange experimental feasible fitting flow forest general generated gray helpful identifying increment independently indicate infarction inserted intended investigated iterations label labeled labeling location locker long longer look lowest major many mapping medicine model motion noise none normalized north often optimum pair pathology patients penumbra percent perfusion physicists post practical principally print proposed pseudo radiologists radiology ranging reason repeated required saturations scad school selection sensitivity several shortened shorter simulated simulation simulations simultaneous solid spin subdivided summarized summary table target though tool train transit travel true ultimate variable varies volume volumes wake white widely zero